Operations | Monitoring | ITSM | DevOps | Cloud

The need for automation is becoming more important day by day. The process of integrating written code with already working code and publishing new code to live environments is a very error-prone process. Performing static analysis, running tests, packaging, and versioning are tasks that require a lot of manual effort. It’s also a complex task to solve the problem of deploying the projects we develop to more than one environment, on more than one machine, without automation.

As with any distributed system, networking plays a fundamental role in Kubernetes. Whether it’s allowing containers on different nodes to communicate, exposing services to external clients, or managing the flow of data between pods, Kubernetes networking is at the heart of the Kubernetes ecosystem. Understanding this system is the key to keeping your deployments running smoothly.

Configuration as code (CaC), a practice that involves setting up operating systems and software through configuration files, has quickly become an essential concept for software developers and DevOps teams. The key reason for this is that CaC integrates seamlessly with CI/CD and version control pipelines, a game-changing benefit discussed in this article.

We at Komodor are excited to announce our groundbreaking integration with Cisco Full-Stack Observability (FSO). This collaboration marks a significant milestone in Kubernetes Continuous Reliability, bringing together the best of both worlds to redefine Kubernetes management.

An elite DevOps team from Komodor takes on the Klustered challenge; can they fix a maliciously broken Kubernetes cluster using only the Komodor platform? Let’s find out! Watch Komodor’s Co-Founding CTO, Itiel Shwartz, and two engineers – Guy Menahem and Nir Shtein leverage the Continuous Kubernetes Reliability Platform that they’ve built to showcase how fast, effortless, and even fun, troubleshooting can be!