Building Safety, Security and Resilience through Chaos
summary
Chaos engineering is applied to security by deliberately injecting failures and measuring what actually breaks. A Lambda-based framework called ChaoSlingr runs opt-in experiments on AWS and integrates with ChatOps; one example Port Slinger flips security group ports and reveals that the firewall chain fails to block changes 60% of the time while the cloud-native config tool always corrects drift, and SOC alerts lack a direct mapping from event to instance causing 30–180 minute lookups.
AI-written summary · about
chapters (7)
- 0:00Start
- 7:57Benefits
- 12:36Chaos Engineering
- 15:40What Is Security Chaos Engineering
- 18:17The Use Cases for Chaos Engineering
- 18:59Security Observability
- 19:33Instant Response Use Case
related talks
40mSecurity & Chaos Engineering: Resilient Distributed Systems
43mCyber Chaos Engineering
31mNavigating the Unknowable: Resilience through Security Chaos Engineering
40mNavigating the Unknowable: Resilience through Security Chaos Engineering
23mStandard Classification: Security Chaos Engineering - Turning the Tide in ...
24mSecurity Chaos Engineering for Fun and Profit
18mChaos Engineering: Break It On Purpose
47mSecurity Pre-Cognition