Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

dumps at the lowest price and pass your exam by studying our 9876562$/ /2/ type subscriber.
Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

braindumps with recently updated 9876562$/ /2/ type subscriber.
Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

Dumps PDF

dumps pdf

2024 C-TS422-2023 Answers Real Questions, Test C-TS422-2023 Free | Latest SAP S/4HANA Cloud Private Edition - Production Planning and Manufacturing Cram Materials - Photoexperienceacademy

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

Dumps pdf, our specialists made dumps will guide you how to pass your exam easily. Our 9876562$/ /2/ type subscriber.
Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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  1. All 9876562$/ /2/ type subscriber.
    Answer: D,E,F,G

    NEW QUESTION: 2
    Cryptography does not concern itself with which of the following choices?
    A. Availability
    B. Integrity
    C. Validation
    D. Confidentiality
    Answer: C
    Explanation:
    The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
    Availability
    Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
    Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
    Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
    Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
    Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
    Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
    in its original state. This is also accomplished through the use of public key cryptography and
    digital signatures and is verifiable by a trusted third party.
    Authentication
    Authentication is the ability to determine if someone or something is what it declares to be. This is
    primarily done through the control of the keys, because only those with access to the key are able
    to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
    shortly Cryptographic functions use several methods to ensure that a message has not been
    changed or altered. These include hash functions, digital signatures, and message authentication
    codes (MACs). The main concept is that the recipient is able to detect any change that has been
    made to a message, whether accidentally or intentionally.
    Access Control
    Through the use of cryptographic tools, many forms of access control are supported-from log-ins
    via passwords and passphrases to the prevention of access to confidential files or messages. In
    all cases, access would only be possible for those individuals that had access to the correct
    cryptographic keys.
    NOTE FROM CLEMENT:
    As you have seen this question was very recently updated with the latest content of the Official
    ISC2 Guide (OIG) to the CISSP CBK, Version 3.
    Myself, I agree with most of you that cryptography does not help on the availability side and it is
    even the contrary sometimes if you loose the key for example. In such case you would loose
    access to the data and negatively impact availability. But the ISC2 is not about what I think or what
    you think, they have their own view of the world where they claim and state clearly that
    cryptography does address availability even thou it does not fully address it.
    They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
    authentication purpose for example where it would help to avoid corruption of the data through
    illegal access by an unauthorized user.
    The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
    ISC2 preaches that cryptography address availability even thou they state it does not fully address
    it. This is something new in the last edition of their book and something you must be aware of.
    Best regards
    Clement
    The following terms are from the Software Development Security domain:
    Validation: The assurance that a product, service, or system meets the needs of the customer and
    other identified stakeholders. It often involves acceptance and suitability with external customers.
    Contrast with verification below."
    Verification: The evaluation of whether or not a product, service, or system complies with a
    regulation, requirement, specification, or imposed condition. It is often an internal process.
    Contrast with validation."
    The terms above are from the Software Development Security Domain.
    Reference(s) used for this question:
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 227-244). . Kindle Edition.
    and
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 206-227). . Kindle Edition.
    and
    http://en.wikipedia.org/wiki/Verification_and_validation

    NEW QUESTION: 3
    Refer to the exhibit.
    C-TS422-2023 Answers Real Questions
    Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
    A. (A) inline before the firewall
    B. (D) passive off the internal switch
    C. (B) inline after the firewall
    D. (C) passive off the firewall
    Answer: B
    Explanation:
    Explanation/Reference:
    Explanation:

    exam questions are latest and verified by Industry experts.
  2. 9876562$/ /2/ type subscriber.
    Answer: D,E,F,G

    NEW QUESTION: 2
    Cryptography does not concern itself with which of the following choices?
    A. Availability
    B. Integrity
    C. Validation
    D. Confidentiality
    Answer: C
    Explanation:
    The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
    Availability
    Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
    Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
    Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
    Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
    Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
    Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
    in its original state. This is also accomplished through the use of public key cryptography and
    digital signatures and is verifiable by a trusted third party.
    Authentication
    Authentication is the ability to determine if someone or something is what it declares to be. This is
    primarily done through the control of the keys, because only those with access to the key are able
    to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
    shortly Cryptographic functions use several methods to ensure that a message has not been
    changed or altered. These include hash functions, digital signatures, and message authentication
    codes (MACs). The main concept is that the recipient is able to detect any change that has been
    made to a message, whether accidentally or intentionally.
    Access Control
    Through the use of cryptographic tools, many forms of access control are supported-from log-ins
    via passwords and passphrases to the prevention of access to confidential files or messages. In
    all cases, access would only be possible for those individuals that had access to the correct
    cryptographic keys.
    NOTE FROM CLEMENT:
    As you have seen this question was very recently updated with the latest content of the Official
    ISC2 Guide (OIG) to the CISSP CBK, Version 3.
    Myself, I agree with most of you that cryptography does not help on the availability side and it is
    even the contrary sometimes if you loose the key for example. In such case you would loose
    access to the data and negatively impact availability. But the ISC2 is not about what I think or what
    you think, they have their own view of the world where they claim and state clearly that
    cryptography does address availability even thou it does not fully address it.
    They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
    authentication purpose for example where it would help to avoid corruption of the data through
    illegal access by an unauthorized user.
    The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
    ISC2 preaches that cryptography address availability even thou they state it does not fully address
    it. This is something new in the last edition of their book and something you must be aware of.
    Best regards
    Clement
    The following terms are from the Software Development Security domain:
    Validation: The assurance that a product, service, or system meets the needs of the customer and
    other identified stakeholders. It often involves acceptance and suitability with external customers.
    Contrast with verification below."
    Verification: The evaluation of whether or not a product, service, or system complies with a
    regulation, requirement, specification, or imposed condition. It is often an internal process.
    Contrast with validation."
    The terms above are from the Software Development Security Domain.
    Reference(s) used for this question:
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 227-244). . Kindle Edition.
    and
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 206-227). . Kindle Edition.
    and
    http://en.wikipedia.org/wiki/Verification_and_validation

    NEW QUESTION: 3
    Refer to the exhibit.
    C-TS422-2023 Answers Real Questions
    Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
    A. (A) inline before the firewall
    B. (D) passive off the internal switch
    C. (B) inline after the firewall
    D. (C) passive off the firewall
    Answer: B
    Explanation:
    Explanation/Reference:
    Explanation:

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  3. 9876562$/ /2/ type subscriber.
    Answer: D,E,F,G

    NEW QUESTION: 2
    Cryptography does not concern itself with which of the following choices?
    A. Availability
    B. Integrity
    C. Validation
    D. Confidentiality
    Answer: C
    Explanation:
    The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
    Availability
    Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
    Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
    Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
    Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
    Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
    Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
    in its original state. This is also accomplished through the use of public key cryptography and
    digital signatures and is verifiable by a trusted third party.
    Authentication
    Authentication is the ability to determine if someone or something is what it declares to be. This is
    primarily done through the control of the keys, because only those with access to the key are able
    to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
    shortly Cryptographic functions use several methods to ensure that a message has not been
    changed or altered. These include hash functions, digital signatures, and message authentication
    codes (MACs). The main concept is that the recipient is able to detect any change that has been
    made to a message, whether accidentally or intentionally.
    Access Control
    Through the use of cryptographic tools, many forms of access control are supported-from log-ins
    via passwords and passphrases to the prevention of access to confidential files or messages. In
    all cases, access would only be possible for those individuals that had access to the correct
    cryptographic keys.
    NOTE FROM CLEMENT:
    As you have seen this question was very recently updated with the latest content of the Official
    ISC2 Guide (OIG) to the CISSP CBK, Version 3.
    Myself, I agree with most of you that cryptography does not help on the availability side and it is
    even the contrary sometimes if you loose the key for example. In such case you would loose
    access to the data and negatively impact availability. But the ISC2 is not about what I think or what
    you think, they have their own view of the world where they claim and state clearly that
    cryptography does address availability even thou it does not fully address it.
    They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
    authentication purpose for example where it would help to avoid corruption of the data through
    illegal access by an unauthorized user.
    The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
    ISC2 preaches that cryptography address availability even thou they state it does not fully address
    it. This is something new in the last edition of their book and something you must be aware of.
    Best regards
    Clement
    The following terms are from the Software Development Security domain:
    Validation: The assurance that a product, service, or system meets the needs of the customer and
    other identified stakeholders. It often involves acceptance and suitability with external customers.
    Contrast with verification below."
    Verification: The evaluation of whether or not a product, service, or system complies with a
    regulation, requirement, specification, or imposed condition. It is often an internal process.
    Contrast with validation."
    The terms above are from the Software Development Security Domain.
    Reference(s) used for this question:
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 227-244). . Kindle Edition.
    and
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 206-227). . Kindle Edition.
    and
    http://en.wikipedia.org/wiki/Verification_and_validation

    NEW QUESTION: 3
    Refer to the exhibit.
    C-TS422-2023 Answers Real Questions
    Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
    A. (A) inline before the firewall
    B. (D) passive off the internal switch
    C. (B) inline after the firewall
    D. (C) passive off the firewall
    Answer: B
    Explanation:
    Explanation/Reference:
    Explanation:

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  4. Learning of 9876562$/ /2/ type subscriber.
    Answer: D,E,F,G

    NEW QUESTION: 2
    Cryptography does not concern itself with which of the following choices?
    A. Availability
    B. Integrity
    C. Validation
    D. Confidentiality
    Answer: C
    Explanation:
    The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
    Availability
    Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
    Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
    Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
    Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
    Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
    Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
    in its original state. This is also accomplished through the use of public key cryptography and
    digital signatures and is verifiable by a trusted third party.
    Authentication
    Authentication is the ability to determine if someone or something is what it declares to be. This is
    primarily done through the control of the keys, because only those with access to the key are able
    to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
    shortly Cryptographic functions use several methods to ensure that a message has not been
    changed or altered. These include hash functions, digital signatures, and message authentication
    codes (MACs). The main concept is that the recipient is able to detect any change that has been
    made to a message, whether accidentally or intentionally.
    Access Control
    Through the use of cryptographic tools, many forms of access control are supported-from log-ins
    via passwords and passphrases to the prevention of access to confidential files or messages. In
    all cases, access would only be possible for those individuals that had access to the correct
    cryptographic keys.
    NOTE FROM CLEMENT:
    As you have seen this question was very recently updated with the latest content of the Official
    ISC2 Guide (OIG) to the CISSP CBK, Version 3.
    Myself, I agree with most of you that cryptography does not help on the availability side and it is
    even the contrary sometimes if you loose the key for example. In such case you would loose
    access to the data and negatively impact availability. But the ISC2 is not about what I think or what
    you think, they have their own view of the world where they claim and state clearly that
    cryptography does address availability even thou it does not fully address it.
    They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
    authentication purpose for example where it would help to avoid corruption of the data through
    illegal access by an unauthorized user.
    The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
    ISC2 preaches that cryptography address availability even thou they state it does not fully address
    it. This is something new in the last edition of their book and something you must be aware of.
    Best regards
    Clement
    The following terms are from the Software Development Security domain:
    Validation: The assurance that a product, service, or system meets the needs of the customer and
    other identified stakeholders. It often involves acceptance and suitability with external customers.
    Contrast with verification below."
    Verification: The evaluation of whether or not a product, service, or system complies with a
    regulation, requirement, specification, or imposed condition. It is often an internal process.
    Contrast with validation."
    The terms above are from the Software Development Security Domain.
    Reference(s) used for this question:
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 227-244). . Kindle Edition.
    and
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 206-227). . Kindle Edition.
    and
    http://en.wikipedia.org/wiki/Verification_and_validation

    NEW QUESTION: 3
    Refer to the exhibit.
    C-TS422-2023 Answers Real Questions
    Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
    A. (A) inline before the firewall
    B. (D) passive off the internal switch
    C. (B) inline after the firewall
    D. (C) passive off the firewall
    Answer: B
    Explanation:
    Explanation/Reference:
    Explanation:

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  5. All 9876562$/ /2/ type subscriber.
    Answer: D,E,F,G

    NEW QUESTION: 2
    Cryptography does not concern itself with which of the following choices?
    A. Availability
    B. Integrity
    C. Validation
    D. Confidentiality
    Answer: C
    Explanation:
    The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
    Availability
    Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
    Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
    Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
    Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
    Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
    Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
    in its original state. This is also accomplished through the use of public key cryptography and
    digital signatures and is verifiable by a trusted third party.
    Authentication
    Authentication is the ability to determine if someone or something is what it declares to be. This is
    primarily done through the control of the keys, because only those with access to the key are able
    to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
    shortly Cryptographic functions use several methods to ensure that a message has not been
    changed or altered. These include hash functions, digital signatures, and message authentication
    codes (MACs). The main concept is that the recipient is able to detect any change that has been
    made to a message, whether accidentally or intentionally.
    Access Control
    Through the use of cryptographic tools, many forms of access control are supported-from log-ins
    via passwords and passphrases to the prevention of access to confidential files or messages. In
    all cases, access would only be possible for those individuals that had access to the correct
    cryptographic keys.
    NOTE FROM CLEMENT:
    As you have seen this question was very recently updated with the latest content of the Official
    ISC2 Guide (OIG) to the CISSP CBK, Version 3.
    Myself, I agree with most of you that cryptography does not help on the availability side and it is
    even the contrary sometimes if you loose the key for example. In such case you would loose
    access to the data and negatively impact availability. But the ISC2 is not about what I think or what
    you think, they have their own view of the world where they claim and state clearly that
    cryptography does address availability even thou it does not fully address it.
    They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
    authentication purpose for example where it would help to avoid corruption of the data through
    illegal access by an unauthorized user.
    The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
    ISC2 preaches that cryptography address availability even thou they state it does not fully address
    it. This is something new in the last edition of their book and something you must be aware of.
    Best regards
    Clement
    The following terms are from the Software Development Security domain:
    Validation: The assurance that a product, service, or system meets the needs of the customer and
    other identified stakeholders. It often involves acceptance and suitability with external customers.
    Contrast with verification below."
    Verification: The evaluation of whether or not a product, service, or system complies with a
    regulation, requirement, specification, or imposed condition. It is often an internal process.
    Contrast with validation."
    The terms above are from the Software Development Security Domain.
    Reference(s) used for this question:
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 227-244). . Kindle Edition.
    and
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 206-227). . Kindle Edition.
    and
    http://en.wikipedia.org/wiki/Verification_and_validation

    NEW QUESTION: 3
    Refer to the exhibit.
    C-TS422-2023 Answers Real Questions
    Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
    A. (A) inline before the firewall
    B. (D) passive off the internal switch
    C. (B) inline after the firewall
    D. (C) passive off the firewall
    Answer: B
    Explanation:
    Explanation/Reference:
    Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

Exam Dumps Pdf:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

braindumps are available in market. But the opinion is C-TS422-2023 9876562$/ /2/ type subscriber.
Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

braindumps provide you and satisfy all your needs about your certification exam. Our study material contain the most up-to-date 9876562$/ /2/ type subscriber.
Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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NEW QUESTION: 1
You are a Voice Engineer at ABC Company. You want to implement a voice translation profile to perform the following manipulation: The incoming DNIS 9876562XXX should be modified to 2XXX.
Which four commands are required to configure the translation profile? (Choose four.)
A. translation-profile incoming incoming-calls.
B. translate called rule 1.
C. translate calling 1.
D. voice translation-rule 1.
E. translate called 1.
F. voice translation-profile incoming-calls.
G. rule 1 /

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

PDF Format

We know the value of costumer’s time and that why we provide our data in the form of 9876562$/ /2/ type subscriber.
Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

dumps pdf that can be instantly download on any device. So, it’s not necessary that, you have do not need pc or laptop for exam preparation. You can even prepare your certification 9876562$/ /2/ type subscriber.
Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

exam while you are traveling or move around. It is our guarantee that our high quality 9876562$/ /2/ type subscriber.
Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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    Answer: D,E,F,G

    NEW QUESTION: 2
    Cryptography does not concern itself with which of the following choices?
    A. Availability
    B. Integrity
    C. Validation
    D. Confidentiality
    Answer: C
    Explanation:
    The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
    Availability
    Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
    Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
    Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
    Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
    Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
    Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
    in its original state. This is also accomplished through the use of public key cryptography and
    digital signatures and is verifiable by a trusted third party.
    Authentication
    Authentication is the ability to determine if someone or something is what it declares to be. This is
    primarily done through the control of the keys, because only those with access to the key are able
    to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
    shortly Cryptographic functions use several methods to ensure that a message has not been
    changed or altered. These include hash functions, digital signatures, and message authentication
    codes (MACs). The main concept is that the recipient is able to detect any change that has been
    made to a message, whether accidentally or intentionally.
    Access Control
    Through the use of cryptographic tools, many forms of access control are supported-from log-ins
    via passwords and passphrases to the prevention of access to confidential files or messages. In
    all cases, access would only be possible for those individuals that had access to the correct
    cryptographic keys.
    NOTE FROM CLEMENT:
    As you have seen this question was very recently updated with the latest content of the Official
    ISC2 Guide (OIG) to the CISSP CBK, Version 3.
    Myself, I agree with most of you that cryptography does not help on the availability side and it is
    even the contrary sometimes if you loose the key for example. In such case you would loose
    access to the data and negatively impact availability. But the ISC2 is not about what I think or what
    you think, they have their own view of the world where they claim and state clearly that
    cryptography does address availability even thou it does not fully address it.
    They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
    authentication purpose for example where it would help to avoid corruption of the data through
    illegal access by an unauthorized user.
    The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
    ISC2 preaches that cryptography address availability even thou they state it does not fully address
    it. This is something new in the last edition of their book and something you must be aware of.
    Best regards
    Clement
    The following terms are from the Software Development Security domain:
    Validation: The assurance that a product, service, or system meets the needs of the customer and
    other identified stakeholders. It often involves acceptance and suitability with external customers.
    Contrast with verification below."
    Verification: The evaluation of whether or not a product, service, or system complies with a
    regulation, requirement, specification, or imposed condition. It is often an internal process.
    Contrast with validation."
    The terms above are from the Software Development Security Domain.
    Reference(s) used for this question:
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 227-244). . Kindle Edition.
    and
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 206-227). . Kindle Edition.
    and
    http://en.wikipedia.org/wiki/Verification_and_validation

    NEW QUESTION: 3
    Refer to the exhibit.
    C-TS422-2023 Answers Real Questions
    Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
    A. (A) inline before the firewall
    B. (D) passive off the internal switch
    C. (B) inline after the firewall
    D. (C) passive off the firewall
    Answer: B
    Explanation:
    Explanation/Reference:
    Explanation:

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    Answer: D,E,F,G

    NEW QUESTION: 2
    Cryptography does not concern itself with which of the following choices?
    A. Availability
    B. Integrity
    C. Validation
    D. Confidentiality
    Answer: C
    Explanation:
    The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
    Availability
    Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
    Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
    Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
    Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
    Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
    Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
    in its original state. This is also accomplished through the use of public key cryptography and
    digital signatures and is verifiable by a trusted third party.
    Authentication
    Authentication is the ability to determine if someone or something is what it declares to be. This is
    primarily done through the control of the keys, because only those with access to the key are able
    to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
    shortly Cryptographic functions use several methods to ensure that a message has not been
    changed or altered. These include hash functions, digital signatures, and message authentication
    codes (MACs). The main concept is that the recipient is able to detect any change that has been
    made to a message, whether accidentally or intentionally.
    Access Control
    Through the use of cryptographic tools, many forms of access control are supported-from log-ins
    via passwords and passphrases to the prevention of access to confidential files or messages. In
    all cases, access would only be possible for those individuals that had access to the correct
    cryptographic keys.
    NOTE FROM CLEMENT:
    As you have seen this question was very recently updated with the latest content of the Official
    ISC2 Guide (OIG) to the CISSP CBK, Version 3.
    Myself, I agree with most of you that cryptography does not help on the availability side and it is
    even the contrary sometimes if you loose the key for example. In such case you would loose
    access to the data and negatively impact availability. But the ISC2 is not about what I think or what
    you think, they have their own view of the world where they claim and state clearly that
    cryptography does address availability even thou it does not fully address it.
    They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
    authentication purpose for example where it would help to avoid corruption of the data through
    illegal access by an unauthorized user.
    The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
    ISC2 preaches that cryptography address availability even thou they state it does not fully address
    it. This is something new in the last edition of their book and something you must be aware of.
    Best regards
    Clement
    The following terms are from the Software Development Security domain:
    Validation: The assurance that a product, service, or system meets the needs of the customer and
    other identified stakeholders. It often involves acceptance and suitability with external customers.
    Contrast with verification below."
    Verification: The evaluation of whether or not a product, service, or system complies with a
    regulation, requirement, specification, or imposed condition. It is often an internal process.
    Contrast with validation."
    The terms above are from the Software Development Security Domain.
    Reference(s) used for this question:
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 227-244). . Kindle Edition.
    and
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 206-227). . Kindle Edition.
    and
    http://en.wikipedia.org/wiki/Verification_and_validation

    NEW QUESTION: 3
    Refer to the exhibit.
    C-TS422-2023 Answers Real Questions
    Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
    A. (A) inline before the firewall
    B. (D) passive off the internal switch
    C. (B) inline after the firewall
    D. (C) passive off the firewall
    Answer: B
    Explanation:
    Explanation/Reference:
    Explanation:

    exam that can be downloaded instantly.
  • The 9876562$/ /2/ type subscriber.
    Answer: D,E,F,G

    NEW QUESTION: 2
    Cryptography does not concern itself with which of the following choices?
    A. Availability
    B. Integrity
    C. Validation
    D. Confidentiality
    Answer: C
    Explanation:
    The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
    Availability
    Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
    Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
    Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
    Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
    Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
    Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
    in its original state. This is also accomplished through the use of public key cryptography and
    digital signatures and is verifiable by a trusted third party.
    Authentication
    Authentication is the ability to determine if someone or something is what it declares to be. This is
    primarily done through the control of the keys, because only those with access to the key are able
    to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
    shortly Cryptographic functions use several methods to ensure that a message has not been
    changed or altered. These include hash functions, digital signatures, and message authentication
    codes (MACs). The main concept is that the recipient is able to detect any change that has been
    made to a message, whether accidentally or intentionally.
    Access Control
    Through the use of cryptographic tools, many forms of access control are supported-from log-ins
    via passwords and passphrases to the prevention of access to confidential files or messages. In
    all cases, access would only be possible for those individuals that had access to the correct
    cryptographic keys.
    NOTE FROM CLEMENT:
    As you have seen this question was very recently updated with the latest content of the Official
    ISC2 Guide (OIG) to the CISSP CBK, Version 3.
    Myself, I agree with most of you that cryptography does not help on the availability side and it is
    even the contrary sometimes if you loose the key for example. In such case you would loose
    access to the data and negatively impact availability. But the ISC2 is not about what I think or what
    you think, they have their own view of the world where they claim and state clearly that
    cryptography does address availability even thou it does not fully address it.
    They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
    authentication purpose for example where it would help to avoid corruption of the data through
    illegal access by an unauthorized user.
    The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
    ISC2 preaches that cryptography address availability even thou they state it does not fully address
    it. This is something new in the last edition of their book and something you must be aware of.
    Best regards
    Clement
    The following terms are from the Software Development Security domain:
    Validation: The assurance that a product, service, or system meets the needs of the customer and
    other identified stakeholders. It often involves acceptance and suitability with external customers.
    Contrast with verification below."
    Verification: The evaluation of whether or not a product, service, or system complies with a
    regulation, requirement, specification, or imposed condition. It is often an internal process.
    Contrast with validation."
    The terms above are from the Software Development Security Domain.
    Reference(s) used for this question:
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 227-244). . Kindle Edition.
    and
    Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
    Cryptography (Kindle Locations 206-227). . Kindle Edition.
    and
    http://en.wikipedia.org/wiki/Verification_and_validation

    NEW QUESTION: 3
    Refer to the exhibit.
    C-TS422-2023 Answers Real Questions
    Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
    A. (A) inline before the firewall
    B. (D) passive off the internal switch
    C. (B) inline after the firewall
    D. (C) passive off the firewall
    Answer: B
    Explanation:
    Explanation/Reference:
    Explanation:

    pdf     is also available. You can also get it printed if you want.

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Answer: D,E,F,G

NEW QUESTION: 2
Cryptography does not concern itself with which of the following choices?
A. Availability
B. Integrity
C. Validation
D. Confidentiality
Answer: C
Explanation:
The cryptography domain addresses the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. Unlike the other domains, cryptography does not completely support the standard of availability.
Availability
Cryptography supports all three of the core principles of information security. Many access control systems use cryptography to limit access to systems through the use of passwords. Many token-based authentication systems use cryptographic-based hash algorithms to compute one-time passwords. Denying unauthorized access prevents an attacker from entering and damaging the system or network, thereby denying access to authorized users if they damage or currupt the data.
Confidentiality Cryptography provides confidentiality through altering or hiding a message so that ideally it cannot be understood by anyone except the intended recipient.
Integrity Cryptographic tools provide integrity checks that allow a recipient to verify that a message has not been altered. Cryptographic tools cannot prevent a message from being altered, but they are effective to detect either intentional or accidental modification of the message.
Additional Features of Cryptographic Systems In addition to the three core principles of information security listed above, cryptographic tools provide several more benefits.
Nonrepudiation In a trusted environment, the authentication of the origin can be provided through the simple control of the keys. The receiver has a level of assurance that the message was encrypted by the sender, and the sender has trust that the message was not altered once it was received. However, in a more stringent, less trustworthy environment, it may be necessary to provide assurance via a third party of who sent a message and that the message was indeed delivered to the right recipient. This is accomplished through the use of digital signatures and public key encryption. The use of these tools provides a level of nonrepudiation of origin that can be verified by a third party.
Once a message has been received, what is to prevent the recipient from changing the message and contesting that the altered message was the one sent by the sender? The nonrepudiation of delivery prevents a recipient from changing the message and falsely claiming that the message is
in its original state. This is also accomplished through the use of public key cryptography and
digital signatures and is verifiable by a trusted third party.
Authentication
Authentication is the ability to determine if someone or something is what it declares to be. This is
primarily done through the control of the keys, because only those with access to the key are able
to encrypt a message. This is not as strong as the nonrepudiation of origin, which will be reviewed
shortly Cryptographic functions use several methods to ensure that a message has not been
changed or altered. These include hash functions, digital signatures, and message authentication
codes (MACs). The main concept is that the recipient is able to detect any change that has been
made to a message, whether accidentally or intentionally.
Access Control
Through the use of cryptographic tools, many forms of access control are supported-from log-ins
via passwords and passphrases to the prevention of access to confidential files or messages. In
all cases, access would only be possible for those individuals that had access to the correct
cryptographic keys.
NOTE FROM CLEMENT:
As you have seen this question was very recently updated with the latest content of the Official
ISC2 Guide (OIG) to the CISSP CBK, Version 3.
Myself, I agree with most of you that cryptography does not help on the availability side and it is
even the contrary sometimes if you loose the key for example. In such case you would loose
access to the data and negatively impact availability. But the ISC2 is not about what I think or what
you think, they have their own view of the world where they claim and state clearly that
cryptography does address availability even thou it does not fully address it.
They look at crypto as the ever emcompassing tool it has become today. Where it can be use for
authentication purpose for example where it would help to avoid corruption of the data through
illegal access by an unauthorized user.
The question is worded this way in purpose, it is VERY specific to the CISSP exam context where
ISC2 preaches that cryptography address availability even thou they state it does not fully address
it. This is something new in the last edition of their book and something you must be aware of.
Best regards
Clement
The following terms are from the Software Development Security domain:
Validation: The assurance that a product, service, or system meets the needs of the customer and
other identified stakeholders. It often involves acceptance and suitability with external customers.
Contrast with verification below."
Verification: The evaluation of whether or not a product, service, or system complies with a
regulation, requirement, specification, or imposed condition. It is often an internal process.
Contrast with validation."
The terms above are from the Software Development Security Domain.
Reference(s) used for this question:
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 227-244). . Kindle Edition.
and
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Cryptography (Kindle Locations 206-227). . Kindle Edition.
and
http://en.wikipedia.org/wiki/Verification_and_validation

NEW QUESTION: 3
Refer to the exhibit.
C-TS422-2023 Answers Real Questions
Which location is best for placing a monitor-only IPS that has visibility into the most data center traffic?
A. (A) inline before the firewall
B. (D) passive off the internal switch
C. (B) inline after the firewall
D. (C) passive off the firewall
Answer: B
Explanation:
Explanation/Reference:
Explanation:

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