Reliability and high availability are key features of Kubernetes, but even the most resilient systems can fail. Applications crash, hardware breaks, and nodes can go offline. These failures can have damaging and unpredictable consequences for organizations, especially those that are unprepared.
In our upcoming webinar, we’ll be exploring how to improve the availability and reliability of Kubernetes clusters using the discipline of Chaos Engineering.
Reliability and high availability are key features of Kubernetes, but even the most resilient systems can fail. Applications crash, hardware breaks, and nodes can go offline. These failures can have damaging and unpredictable consequences for organizations, especially those that are unprepared.
In our upcoming webinar, we’ll be exploring how to improve the availability and reliability of Kubernetes clusters using the discipline of Chaos Engineering.
You will also have an opportunity to ask questions of our experts during our live Q&A segment.
You will learn how to use Chaos Engineering to safely inject failure into your applications and nodes in order to detect weaknesses
Additionally, we’ll walk through specific Chaos Experiments for you to run on Kubernetes to ensure you’ve designed a reliable system
By the end of the session, you’ll have specific recommendations for how to harden your infrastructure, improve reliability, and keep your applications running smoothly
Gremlin empowers you to proactively root out failure before it causes downtime. See how you can harness chaos to build resilient systems by requesting a demo of Gremlin.
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