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NEW QUESTION: 1
Once the customer has signed off on the formal requirements documentation, what happens when new requirements are added to the solution if there are no controls in place?
A. Requirements creep
B. Requirements re-gathering
C. Requirements expansion
D. Requirements renewal
Answer: A
Explanation:
Requirements creep is a tendency for product or project requirements to increase during development beyond those originally foreseen, leading to features that weren't originally planned and resulting risk to product quality or schedule.

NEW QUESTION: 2
Which statement describes the difference between a manually configured IPv6 in IPv4 tunnel versus an automatic 6to4 tunnel?
A. A manually configured IPv6 in IPv4 tunnel does not require dual-stack (IPv4 and IPv6) routers at the tunnel endpoints.
B. An automatic 6to4 tunnel does not require dual-stack (IPv4 and IPv6) routers at the tunnel endpoints.
C. An automatic 6to4 tunnel allows multiple IPv4 destinations.
D. A manually configured IPv6 in IPv4 tunnel allows multiple IPv4 destinations.
Answer: C
Explanation:
Explanation
An automatic 6to4 tunnel allows isolated IPv6 domains to be connected over an IPv4 network to remote IPv6 networks. The key difference between automatic 6to4 tunnels and manually configured tunnels is that the tunnel is not point-to-point; it is point-to-multipoint -> it allows multiple IPv4 destinations .
Manually 6to4 is point-to-point -> only allows one IPv4 destination.
Configuring 6to4 (manually and automatic) requires dual-stack routers (which supports both IPv4 & IPv6) at the tunnel endpoints because they are border routers between IPv4 &
IPv6 networks.
(Reference: http://www.cisco.com/en/US/docs/ios/ipv6/configuration/guide/ip6- tunnel_ps6441_TSD_Products_Configuration_Guide_Chapter.html#wp1055515)

NEW QUESTION: 3



What is the status of OS Identification?
A. It is only enabled to identify "Cisco IOS" OS using statically mapped OS fingerprinting
B. It is enabled for passive OS fingerprinting for all networks.
C. It is configured to enable OS mapping and ARR only for the 10.0.0.0/24 network.
D. OS mapping information will not be used for Risk Rating calculations.
Answer: B
Explanation:
Understanding Passive OS Fingerprinting
Passive OS fingerprinting lets the sensor determine the OS that hosts are running. The sensor analyzes network traffic
between hosts and stores the OS of these hosts with their IP addresses. The sensor inspects TCP SYN and SYNACK
packets exchanged on the network to determine the OS type.
The sensor then uses the OS of the target host OS to determine the relevance of the attack to the victim by computing
the attack relevance rating component of the risk rating. Based on the relevance of the attack, the sensor may alter
the risk rating of the alert for the attack and/or the sensor may filter the alert for the attack. You can then use the risk
rating to reduce the number of false positive alerts (a benefit in IDS mode) or definitively drop suspicious packets (a
benefit in IPS mode). Passive OS fingerprinting also enhances the alert output by reporting the victim OS, the source
of the OS identification, and the relevance to the victim OS in the alert.
Passive OS fingerprinting consists of three components:
*Passive OS learning
Passive OS learning occurs as the sensor observes traffic on the network. Based on the characteristics of TCP SYN and
SYNACK packets, the sensor makes a determination of the OS running on the host of the source IP address.
*User-configurable OS identification
You can configure OS host mappings, which take precedence over learned OS mappings.
*Computation of attack relevance rating and risk rating.