Skip to content
Episode 95: High Availability and System Resilience (Domain 3) episode artwork

Jun 15, 2025 17 min

Episode 95: High Availability and System Resilience (Domain 3)

from Certified: The CompTIA Security+ Audio Course Hosted by Dr. Jason Edwards

Security isn’t just about keeping attackers out—it’s also about keeping services running when they try to bring you down. In this episode, we examine high availability (HA) and resilience strategies that ensure critical systems continue operating during failures, attacks, or overload scenarios. Techniques like active-active clustering, redundant power supplies, geographic failover, and load-balanced application layers all work together to prevent downtime and maintain service continuity. We also discuss how system resilience includes not just technical redundancy, but organizational processes like playbooks, fault tolerance policies, and human escalation paths. A highly available system should fail gracefully, with components recovering automatically or falling back to standby systems with minimal delay. Security without availability undermines business continuity—and availability without security creates opportunity for abuse. The best designs deliver both, ensuring reliability under stress.

Episode details come from the podcast's RSS feed.

Embed this episode

Ready to play

Episode 95: High Availability and System Resilience (Domain 3)

0:00 17:26

No transcript yet.

Requests help us decide what to transcribe next.

Frequently asked questions

How long is this episode of Certified: The CompTIA Security+ Audio Course?

This episode is 17 minutes long.

When was this Certified: The CompTIA Security+ Audio Course episode published?

This episode was published on June 15, 2025.

Is there a transcript available for this episode?

Yes, a full transcript is available for this episode. You can read the complete transcript on the episode page.

Can I download this Certified: The CompTIA Security+ Audio Course episode?

Yes. Use the download control on the episode player to save the publisher-provided media file.