Kubernetes has become the software world’s infrastructure, leading to significant changes in application architecture and packaging. Despite the introduction of new technologies and practices, they have not kept pace with the rapid growth of the K8s ecosystem. As a result, developers who once solely focused on coding are now spending hours on operations, leading to a longer feedback loop during development. They’re expected to have an understanding of Kubernetes in order to do their jobs, causing a significant drop in productivity and leading to a poor dev experience.

Are you ready for a geeky deep-dive into the world of multi-cluster DNS setups? Buckle up, because we're about to embark on a journey through the magical realm of domain name resolution! A multi-cluster DNS setup is like the ultimate TARDIS for your servers. Just like how the TARDIS can transport the Doctor to any location in time and space, a multi-cluster DNS setup allows users to access multiple clusters of servers from anywhere in the world, using a single, convenient domain name.

Guy Menahem giving a quick rundown of Komodor's capabilities.

Komodor is a troubleshooting platform for Kubernetes, complete with automated playbooks for every K8s resource, and static-prevention monitors that enrich live & historical data with contextual insights to help enforce best practices and stop incidents in their tracks. By baking K8s expertise directly into the product, Komodor is accelerating response times, reducing MTTR and empowering dev teams to resolve issues efficiently and independently.

Learn all about liveness and readiness probes (done right) from Guy Menachem - Solution Architect at Komodor, the first Kubernetes-native troubleshooting platform, with vast experience working with DBs from old-timey mainframes to cloud-native systems.

Join Anais Ulrichs of Aqua and Nir Ben-Atar of Komodor