Sandra, a wireless network auditor, discovered her client is using WEP. To prove the point that the WEP encryption is very weak, she wants to decrypt some WEP packets. She successfully captured the WEP data packets, but could not reach the content as the data is encrypted. Which of the following will help Sandra decrypt the data packets without knowing the key?

-
Sandra, a wireless network auditor, discovered her client is using WEP. To prove the point that the WEP encryption is very weak, she wants to decrypt some WEP packets. She successfully captured the WEP data packets, but could not
reach the content as the data is encrypted.
Which of the following will help Sandra decrypt the data packets without knowing the key?



A. Fragmentation Attack
B. Chopchop Attack
C. ARP Poisoning Attack
D. Packet injection Attack

Comments

Post a Comment

Popular posts from this blog

George works at 3D-Networks Ltd as a Network Admin. He received an email from one of his clients stating that the client’s company website has some flaws and they are receiving continuous emails from customers about the inconveniencies. While checking the web servers, he found loopholes with the DNS servers and he installed DNSSEC-Aware lookups. This made the site functional and the client was happy with the outcome. What problem does a Non-DNSSEC-Aware site face?

-
George works at 3D-Networks Ltd as a Network Admin. He received an email from one of his clients stating that the client’s company website has some flaws and they are receiving continuous emails from customers about the inconveniencies. While checking the web servers, he found loopholes with the DNS servers and he installed DNSSEC-Aware lookups. This made the site functional and the client was happy with the outcome. What problem does a Non-DNSSEC-Aware site face? The users will get more information than they desired. The user's commands will be delayed and the information they requested may be not delivered. The site becomes slow and vulnerable A mischievous Internet user can cut off the request and send back incorrect information by spoofing the response.
Read more

You have compromised a server on a network and successfully opened a shell. You aimed to identify all operating systems running on the network. However, as you attempt to fingerprint all machines in the network using the nmap syntax below, it is not going through. invictus@victim_server:~$ nmap -T4 -O 10.10.0.0/24 TCP/IP fingerprinting (for OS scan) xxxxxxx xxxxxx xxxxxxxxx. QUITTING! What seems to be wrong?

-
You have compromised a server on a network and successfully opened a shell. You aimed to identify all operating systems running on the network. However, as you attempt to fingerprint all machines in the network using the nmap syntax below, it is not going through. invictus@victim_server:~$ nmap -T4 -O 10.10.0.0/24 TCP/IP fingerprinting (for OS scan) xxxxxxx xxxxxx xxxxxxxxx. QUITTING! What seems to be wrong?   A. OS Scan requires root privileges. B. The nmap syntax is wrong. C. This is a common behavior for a corrupted nmap application. D. The outgoing TCP/IP fingerprinting is blocked by the host firewall.
Read more

During an internal network audit, you are asked to see if there is any RPC server running on the network and if found, enumerate the associate RPC services. Which port would you scan to determine the RPC server and which command will you use to enumerate the RPC services?

-
During an internal network audit, you are asked to see if there is any RPC server running on the network and if found, enumerate the associate RPC services. Which port would you scan to determine the RPC server and which command will you use to enumerate the RPC services? Port 111, rpcinfo Port 111, rpcenum Port 145, rpcinfo Port 145, rpcenum
Read more