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Kibana: Squid Log Analysis
log-analysis-proxy-logs | Level: Easy | Total Lab Runs: 0 | Free Lab |
- To figure out whether the squid proxy was configured without authentication or not, the attacker had used the nmap script ‘http-open-proxy’. Find the IP address of the attacker machine.
- An attacker was trying to identify the live hosts on the network accessible through the squid proxy. Find the IP address of the attacker machine.
- The attacker was sending requests to particular ports in order to identify live hosts on the network. How many ports were being scanned?. Provide the list of all ports.
- How many live hosts were detected in the scan performed by the attacker machine identified in the second question?
- An attacker had used a popular scanning tool on the webserver running on one of the machines. Find the IP address of the attacker machine.
- An attacker had logged in to the FTP server to retrieve a file. Find the FTP username used by the attacker to access the FTP server.
- An attacker machine had leveraged the open squid proxy to obtain an SSH session on one of the machines. Find the IP address of the SSH server.
- An attacker was performing a dictionary attack on the FTP server using hydra. Identify the IP address of the attacker machine.
- Upon detecting malicious activity, the squid proxy was configured with authentication. However, an attacker was able to perform a dictionary attack and found out the password of one of the users. Find out the username whose password was compromised.
- Find the approximate duration of the SSH session initiated by the attacker machine through the password-protected squid proxy. Provide the duration in seconds.
| Verify: | ||
|---|---|---|
| 1. | To figure out whether the squid proxy was configured without authentication or not, the attacker had used the nmap script ‘http-open-proxy’. Find the IP address of the attacker machine. |
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| 2. | An attacker was trying to identify the live hosts on the network accessible through the squid proxy. Find the IP address of the attacker machine. |
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| 3. | The attacker was sending requests to particular ports in order to identify live hosts on the network. How many ports were being scanned? |
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| 4. | How many live hosts were detected in the scan performed by the attacker machine identified in the second question? |
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| 5. | An attacker had used a popular scanning tool on the web server running on one of the machines. Find the IP address of the attacker machine. |
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| 6. | An attacker had logged in to the FTP server to retrieve a file. Find the FTP username used by the attacker to access the FTP server. |
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| 7. | An attacker machine had leveraged the open squid proxy to obtain an SSH session on one of the machines. Find the IP address of the SSH server. |
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| 8. | An attacker was performing a dictionary attack on the FTP server using hydra. Identify the IP address of the attacker machine. |
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| 9. | Find out the username whose password was compromised |
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| 10. | Find the approximate duration of the SSH session initiated by the attacker machine through the password-protected squid proxy. Provide the duration in seconds |
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