Host03 should be patched first, based on the metrics, as it has the highest risk score and the highest number of critical vulnerabilities. The risk score is calculated by multiplying the CVSS score by the exposure factor, which is the percentage of systems that are vulnerable to the exploit. Host03 has a risk score of 10 x 0.9 = 9, which is higher than any other host. Host03 also has 5 critical vulnerabilities, which are the most severe and urgent to fix, as they can allow remote code execution, privilege escalation, or data loss. The other hosts have lower risk scores and lower numbers of critical vulnerabilities, so they can be patched later.

The first step for the security team when receiving a legal hold request is to notify the relevant departments to preserve all potentially relevant information. This ensures that no data is altered, deleted, or otherwise tampered with, which is critical for maintaining the integrity of the evidence. Preserving information includes emails, documents, and any other data that might be relevant to the legal matter. Establishing a chain of custody and backing up data are also important steps, but notifying the involved parties is the immediate priority to prevent data loss.

Explanation:
Select the command that generated the output in tab 1:
* netstat -bo
Select the command that generated the output in tab 2:
* tasklist
Identify the file responsible for the malicious behavior:
* cmd.exe
Select the command that generated the output in tab 1: The output in tab 1 displays active network connections, which can be generated using the netstat command with options to display the owning process ID.
Select the command that generated the output in tab 1:
* netstat -bo
Select the command that generated the output in tab 2: The output in tab 2 lists the running processes with their PIDs and memory usage, which can be generated using the tasklist command.
Select the command that generated the output in tab 2:
* tasklist
Identify the file responsible for the malicious behavior: To identify the malicious file, we compare the hashes of the current files against the baseline hashes. From the provided data:
* The hash for cmd.exe in the current state (tab 3) is 372ab227fd5ea779c211a1451881d1e1.
* The baseline hash for cmd.exe (tab 4) is a2cdef1c445d3890cc3456789058cd21.
Since these hashes do not match, cmd.exe is the file responsible for the malicious behavior.