Security Engineer's Role in Cyberattack Incident Response

In the middle of a cyberattack, a security engineer removes the infected devices from the network and locks down all compromised accounts.

In which of the following incident response phases is the security engineer currently operating?

A.

Identification

B.

Preparation

C.

Lessons learned

D.

Eradication

E.

Recovery

F.

Containment.

F.

The security engineer is currently operating in the Containment phase of the incident response plan.

The incident response plan is a process that outlines the steps to be taken when an incident occurs, including cyberattacks. The six phases of the incident response plan are:

1. Preparation - The phase where an organization prepares for potential incidents.
2. Identification - The phase where an organization detects and identifies a potential incident.
3. Containment - The phase where an organization takes steps to contain the incident and prevent further damage.
4. Eradication - The phase where an organization removes the threat and restores affected systems.
5. Recovery - The phase where an organization restores normal operations after the incident.
6. Lessons Learned - The phase where an organization analyzes the incident and takes steps to improve their incident response plan.

In the given scenario, the security engineer has already identified the cyberattack and is currently taking steps to contain the incident by removing the infected devices from the network and locking down all compromised accounts. The containment phase aims to prevent further damage and minimize the impact of the incident on the organization's operations.

Therefore, the security engineer is currently operating in the Containment phase of the incident response plan.