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NEW QUESTION: 1
Users are trying to communicate with a network but are unable to do so. A network administrator sees connection attempts on port 20 from outside IP addresses that are being blocked. How can the administrator resolve this?
A. Enable inbound SSH connections
B. Enable NETBIOS connections in the firewall
C. Enable stateful FTP on the firewall
D. Enable HTTPS on port 20
Answer: C

NEW QUESTION: 2
CORRECT TEXT
Route.com is a small IT corporation that is attempting to implement the network shown in the exhibit. Currently the implementation is partially completed. OSPF has been configured on routers Chicago and NewYork. The SO/O interface on Chicago and the SO/1 interface on NewYork are in Area 0. The loopbackO interface on NewYork is in Area 1. However, they cannot ping from the serial interface of the Seattle router to the loopback interface of the NewYork router. You have been asked to complete the implementation to allow this ping.
ROUTE.com's corporate implementation guidelines require:
The OSPF process ID for all routers must be 10.
The routing protocol for each interface must be enabled under the routing process.
The routing protocol must be enabled for each interface using the most specific wildcard mask possible.
The serial link between Seattle and Chicago must be in OSPF area 21.
OSPF area 21 must not receive any inter-area or external routes.
Network Information
Seattle
S0/0 192.168.16.5/30 - Link between Seattle and Chicago
Secret Password: cisco
Chicago
S0/0 192.168.54.9/30 - Link between Chicago and NewYork
S0/1 192.168.16.6/30 - Link between Seattle and Chicago Secre Password: cisco
NewYork
S0/1 192.168.54.10/30 - Link between Chicago and NewYork Loopback0 172.16.189.189 Secret Password: cisco
Answer:
Explanation:
Here is the solution below:



Explanation:
Note: In actual exam, the IP addressing, OSPF areas and process ID, and router hostnames may change, but the overall solution is the same.
Seattle's S0/0 IP Address is 192.168.16.5/30. So, we need to find the network address and wildcard mask of 192.168.16.5/30 in order to configure the OSPF.
IP Address: 192.168.16.5 /30
Subnet Mask: 255.255.255.252
Here subtract 252 from 2565, 256-252 = 4, hence the subnets will increment by 4.
First, find the 4th octet of the Network Address:

The 4th octet of IP address (192.168.16.5) belongs to subnet 1 (4 to 7).
Network Address: 192.168.16.4
Broadcast Address: 192.168.16.7
Lets find the wildcard mask of /30.
Subnet Mask: (Network Bits - 1's, Host Bits - 0's)
Lets find the wildcard mask of /30:

Now we configure OSPF using process ID 10 (note the process ID may change to something else in real exam).
Seattle>enable
Password:
Seattle#conf t
Seattle(config)#router ospf 10
Seattle(config-router)#network 192.168.16.4 0.0.0.3 area 21
One of the tasks states that area 21 should not receive any external or inter-area routes (except
the default route).
Seattle(config-router)#area 21 stub
Seattle(config-router)#end
Seattle#copy run start
Chicago Configuration:
Chicago>enable
Password: cisco
Chicago#conf t
Chicago(config)#router ospf 10
We need to add Chicago's S0/1 interface to Area 21
Chicago(config-router)#network 192.168.16.4 0.0.0.3 area 21
Again, area 21 should not receive any external or inter-area routes (except the default route).
In order to accomplish this, we must stop LSA Type 5 if we don't want to send external routes. And
if we don't want to send inter-area routes, we have to stop LSA Type 3 and Type 4. Therefore we
want to configure area 21 as a totally stubby area.
Chicago(config-router)#area 21 stub no-summary
Chicago(config-router)#end
Chicago#copy run start
The other interface on the Chicago router is already configured correctly in this scenario, as well
as the New York router so there is nothing that needs to be done on that router.

NEW QUESTION: 3
Which of the following is best defined as a mode of system termination that automatically leaves system processes and components in a secure state when a failure occurs or is detected in a system?
A. Fail proof
B. Fail safe
C. Fail soft
D. Fail Over
Answer: B
Explanation:
NOTE: This question is referring to a system which is Logical/Technical, so it is in the context of a system that you must choose the right answer. This is very important to read the question carefully and to identify the context whether it is in the Physical world or in the Technical/Logical world.
RFC 2828 (Internet Security Glossary) defines fail safe as a mode of system termination that automatically leaves system processes and components in a secure state when a failure occurs or is detected in the system.
A secure state means in the Logical/Technical world that no access would be granted or no packets would be allowed to flow through the system inspecting the packets such as a firewall for example.
If the question would have made reference to a building or something specific to the Physical world then the answer would have been different. In the Physical World everything becomes open and full access would be granted. See the valid choices below for the
Physical context.
Fail-safe in the physical security world is when doors are unlocked automatically in case of
emergency. Used in environment where humans work around. As human safety is prime
concern during Fire or other hazards.
The following were all wrong choices:
Fail-secure in the physical security world is when doors are locked automatically in case of
emergency. Can be in an area like Cash Locker Room provided there should be alternative
manually operated exit door in case of emergency.
Fail soft is selective termination of affected non-essential system functions and processes
when a failure occurs or is detected in the system.
Fail Over is a redundancy mechanism and does not apply to this question.
There is a great post within the CCCure Forums on this specific questions:
saintrockz who is a long term contributor to the forums did outstanding research and you
have the results below. The CCCure forum is a gold mine where thousands of questions related to the CBK have been discussed.
According to the Official ISC2 Study Guide (OIG):
Fault Tolerance is defined as built-in capability of a system to provide continued correct
execution in the presence of a limited number of hardware or software faults. It means a
system can operate in the presence of hardware component failures. A single component
failure in a fault-tolerant system will not cause a system interruption because the alternate
component will take over the task transparently. As the cost of components continues to
drop, and the demand for system availability increases, many non-fault-tolerant systems
have redundancy built-in at the subsystem level. As a result, many non-fault-tolerant
systems can tolerate hardware faults - consequently, the line between a fault-tolerant
system and a non-fault-tolerant system becomes increasingly blurred.
According to Common Criteria:
Fail Secure - Failure with preservation of secure state, which requires that the TSF (TOE
security functions) preserve a secure state in the face of the identified failures.
Acc. to The CISSP Prep Guide, Gold Ed.:
Fail over - When one system/application fails, operations will automatically switch to the
backup system.
Fail safe - Pertaining to the automatic protection of programs and/or processing systems to
maintain safety when a hardware or software failure is detected in a system.
Fail secure - The system preserves a secure state during and after identified failures occur.
Fail soft - Pertaining to the selective termination of affected non-essential processing when
a hardware or software failure is detected in a system.
Acc. to CISSP for Dummies:
Fail closed - A control failure that results all accesses blocked.
Fail open - A control failure that results in all accesses permitted.
Failover - A failure mode where, if a hardware or software failure is detected, the system
automatically transfers processing to a hot backup component, such as a clustered server.
Fail-safe - A failure mode where, if a hardware or software failure is detected, program
execution is terminated, and the system is protected from compromise.
Fail-soft (or resilient) - A failure mode where, if a hardware or software failure is detected,
certain, noncritical processing is terminated, and the computer or network continues to
function in a degraded mode.
Fault-tolerant - A system that continues to operate following failure of a computer or
network component.
It's good to differentiate this concept in Physical Security as well:
Fail-safe
Door defaults to being unlocked
Dictated by fire codes
Door defaults to being locked
Fail-secure
Reference(s) used for this question:
SHIREY, Robert W., RFC2828: Internet Security Glossary, may 2000.