Can your Kubernetes Pods auto-recover from sudden failure? See how you can use Gremlin to validate that your Kubernetes clusters are resilient to Pod failures.

Welcome to the first episode of Site Reliability Chats with your hosts Jason Yee @gitbisect and Julie Gunderson @julie_gund.

With private network integrations, you can now run Status Checks and Webhooks within your private networks without having to expose endpoints to the public Internet. Integrate with your internal tools without leaving the security of your own private network!

Looking to become one of the world’s first Gremlin-certified Chaos Engineering Practitioners? Find everything you need to prepare for the exam during our prep session! Get an in-depth understanding of exactly what you need to focus on in order to pass the Gremlin Chaos Engineering Practitioner Certificate exam.

Chaos Engineering in 60 Seconds - Process Killer Attack.

Chaos Engineering in 60 Seconds - Kubernetes Latency Attack.

Today’s distributed, cloud-based environments are incredibly complex. Not only does each component depend on many others, but modern systems are also highly dynamic—changing frequently as teams push new code or make updates to infrastructure. Taming this complexity to ensure reliability requires end-to-end observability to understand how components depend on each other. Additionally, proactive Chaos Engineering combined with AI-driven observability lets you uncover “unknown unknowns” that impact how your system will respond to different failure scenarios.