ITGSS Certified DevOps Engineer Practice Test

The primary focus of Kubernetes security is not only on detecting emerging threats but also on responding effectively to them. This involves implementing processes and actions to address vulnerabilities and incidents as they arise.

When a threat is detected, a robust response mechanism allows the development and operations teams to quickly act, contain, and remediate the issue, minimizing potential damage. This response can include a variety of actions, such as patching vulnerabilities, rolling back deployments, or altering configurations to enhance security.

Effective response to threats is crucial in maintaining the overall security posture of applications running on Kubernetes, as threats can evolve rapidly, and timely interventions are essential to prevent breaches or service disruptions. This dynamic aspect of security ensures that teams are not just reactive, but also proactive in maintaining the integrity and availability of their systems.

The other options, while related to security, focus on different aspects. Mitigating threats refers to reducing the impact of a threat rather than responding to it after detection. Eliminating threats suggests a more definitive action that is often not feasible in a constantly changing environment. Avoiding threats generally encompasses preventive measures, which are part of a broader security strategy but do not address the immediate necessity of responding to detected threats. Thus, the emphasis on response captures the urgent