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Das kann ich verstehen, Hatte sie deshalb einen Monat Vorsprung bekommen, GSLC Zertifikatsdemo Ich wollte nicht mit dem Ding verglichen werden, Ungeachtet des knappen Ausdrucks waren die Beschreibungen akkurat und nuancenreich.
NEW QUESTION: 1
Which two options are ways in which an OSPFv3 router handles hello packets with a clear address-family bit? (Choose two.)
A. IPv6 unicast packets are forwarded.
B. IPv4 unicast packets are forwarded.
C. IPv6 unicast packets are discarded.
D. IPv4 unicast packets are discarded.
Answer: A,D
Explanation:
A typical distance vector protocol saves the following information when computing the best path to a destination: the distance (total metric or distance, such as hop count) and the vector (the next hop). For instance, all the routers in the network in Figure 1 are running Routing Information Protocol (RIP). Router Two chooses the path to Network A by examining the hop count through each available path.
Since the path through Router Three is three hops, and the path through Router One is two hops, Router Two chooses the path through One and discards the information it learned through Three. If the path between Router One and Network A goes down, Router Two loses all connectivity with this destination until it times out the route of its routing table (three update periods, or 90 seconds), and Router Three re-advertises the route (which occurs every 30 seconds in RIP). Not including any hold-down time, it will take between 90 and 120 seconds for Router Two to switch the path from Router One to Router Three. EIGRP, instead of counting on full periodic updates to re-converge, builds a topology table from each of its neighbor's advertisements (rather than discarding the data), and converges by either looking for a likely loop-free route in the topology table, or, if it knows of no other route, by querying its neighbors. Router Two saves the information it received from both Routers One and Three. It chooses the path through One as its best path (the successor) and the path through Three as a loop-free path (a feasible successor). When the path through Router One becomes unavailable, Router Two examines its topology table and, finding a feasible successor, begins using the path through Three immediately.
Reference: http://www.cisco.com/c/en/us/support/docs/ip/enhanced-interior-gateway-routingprotocol-eigrp/16406-eigrp-toc.html
NEW QUESTION: 2
The difference between the largest observation and the smallest observation in the data set is known as the _______________.
A. Breadth
B. Range
C. Spread
D. Median
Answer: B
NEW QUESTION: 3
Only one planning and execution group can be assigned to any planning and execution organization.
Determine whether this statement is true or false.
Please choose the correct answer.
A. False
B. True
Answer: A
NEW QUESTION: 4
You have now seen to it that all end users and computers in the Testbed office have received their certificates. The administrative staff has been trained on their use and function in the network. The following day, you meet with Orange to discuss the progress.
"So far so good," starts Orange, "all the users have their certificates, all the computers have their certificates. I think we are moving forward at a solid pace. We have talked about the ways we will use our certificates, and we need to move towards securing our network traffic."
"I agree," you reply, "last week I ran a scheduled scan, and we still have vulnerability in our network traffic. The folks from MassiveCorp would love to have a sniffer running in here, I sure of that."
"That exactly the point. We need a system in place that will ensure that our network traffic is not so vulnerable to sniffing. We have to get some protection for our packets. I like you to design the system and then we can review it together."
The meeting ends a few minutes later, and you are back in your office working on the design. Choose the best solution for protecting the network traffic in the executive office of the Testbed campus:}
A. You decide that you will implement an IPSec solution, using the built-in functionality of Windows. You decide that you wish for there to be maximum strength, and therefore you choose to implement IPSec using both AH and ESP.
First, you configure each server in the network with a new IPSec policy. You choose to implement the default Server IPSec Policy. Using this policy you are sure that all communication both to and from the server will utilize IPSec. You reboot the servers that you can and use secedit to force the others to refresh their policy.
Next, with the help of the administrative staff, you will configure each client in the network. For the clients, you use the default Client IPSec Policy. You reboot the client machines that you can and use secedit to force the others to refresh their policy.
B. After further analysis on the situation, you decide that you will need to block traffic in a more complete way at the border firewalls. You have decided that by implementing stricter border control, you will be able to manage the security risk of the packets that enter and leave the network better.
You implement a new firewall at each border crossing point. You will configure half of the firewalls with Checkpoint FW-1 NG and the other half with Microsoft ISA. By using two different firewalls, you are confident that you will be minimizing any mass vulnerability.
At each firewall you implement a new digital certificate for server authentication, and you configure the firewall to require every user to authenticate all user connections. You block all unauthorized traffic and run remote test scans to ensure that no information is leaking through.
Once the test scans are complete, you verify that all users are required to authenticate with the new firewall before their traffic is allowed to pass, and everything works as you planned.
C. You decide that you will implement an IPSec solution, using custom IPSec settings. You wish to utilize the digital certificates that are available in the network. You decide that you wish for there to be maximum strength, and therefore you choose to implement IPSec using both AH and ESP.
First, you configure a custom policy for the servers in the network. To increase strength, you will implement your custom policy on top of the default Server IPSec Policy. You verify that the policy is running, and then you create a new policy. Your new policy will use SHA+3DES for AH and SHA for ESP. You make sure that the policy is to include all IP traffic, and for Authentication Method, you use the certificate that is assigned to each server. You reboot the servers that you can and use secedit to force the others to refresh the two policies.
Next, with the help of the administrative staff, you will configure each client in the network. For the clients you also need the highest in security, so you will use a custom policy on the default policy. You verify that the default Client IPSec policy is enabled, and then you create a policy that uses SHA+3DES for AH and SHA for ESP. You make sure that the policy is to include all IP traffic, and for Authentication Method, you use the certificate that is assigned to each server. You reboot the client machines that you can and use secedit to force the others to refresh the two policies.
D. You decide that you will implement an IPSec solution, using custom IPSec settings. You wish to utilize the digital certificates that are available in the network. You decide that you wish for there to be maximum strength, and therefore you choose to implement IPSec using both AH and ESP.
First, you configure a custom policy for the servers in the network. You verify that none of the default policies are currently implemented, and you create a new policy. Your new policy will use SHA for AH and SHA+3DES for ESP. You make sure that the policy is to include all IP traffic, and for Authentication Method, you use the certificate that is assigned to each server. You reboot the servers that you can and use secedit to force the others to refresh their policy.
Next, with the help of the administrative staff, you will configure each client in the network. For the clients, you verify that no default policy is enabled, and you create a policy that uses SHA for AH and SHA+3DES for ESP. You make sure that the policy is to include all IP traffic, and for Authentication Method, you use the certificate that is assigned to each server. You reboot the client machines that you can and use secedit to force the others to refresh their policy.
E. You spend time analyzing the network and decide that the best solution is to take advantage of VPN technology. You will create one VPN endpoint in each building. Your plan is to create a unique tunnel between each building.
You first install a new Microsoft machine, and configure it to perform the functions of Routing and Remote Access. You then create a tunnel endpoint, and configure each machine to use L2TP to create the tunnel.
To increase security, you will implement full 256-bit encryption on each tunnel, and you will use 3DES on one half of the tunnels and AES on the other half of the tunnels. You will be sure that each tunnel uses the same algorithm on both ends, but by using two algorithms you are sure that you have increased the security of the network in a significant way.
Answer: D
