More than anything else, Kubernetes troubleshooting relies on the ability to quickly contextualize the problem with what’s happening in the rest of the cluster. As complicated as this may sound, SPEED is really the name of the game. After all, more often than not, you will be conducting your investigation under the glow of fires burning bright in production. Getting relevant context quickly and seeing things holistically is exactly what Komodor was created for.

In our previous post , we focused on tips for making the transition and migration to Kubernetes a smoother, and less painful process. In this post, we’d like to now provide some tips from the operational trenches for future-proofing your Kubernetes operation, after making the move. Kubernetes, as a software-driven system, has many benefits for engineers and DevOps teams to take advantage of.

Kubernetes has evolved into the leading platform to build your microservices systems. Given its increased maturity over the past few years as well as the robust ecosystem which has been built around its technology, Kubernetes has become more production-ready than ever. Nevertheless, it still has its own unique set of challenges. In particular, it brings a lot of complexity into play with its adoption.

Today, just in time for Kubecon 2021, I am happy to announce the beta availability of Workflows. For me, this is our most exciting product announcement to date – a completely new capability that expands the definition of what Komodor is, as it charts the course for its next evolution. Let me start with the feature first. In a nutshell, Workflows is a series of smart algorithms that operate within the “depths” of Komodor.

Kubernetes is the de facto container-management technology in the cloud world due to its scalability and reliability. It also provides a very flexible and developer-friendly API, which is the foundation of its control plane. The effectiveness of the Kubernetes API comes from how it manages the Kubernetes resources via metadata: labels and annotations. Metadata is essential for grouping resources, redirecting requests and managing deployments.

Less than 24 hours ago, the world came to a “social standstill” as Facebook, and its sister companies, WhatsApp and Instagram, became unavailable, leaving its 3.5 billion users in a flap. The outage, which lasted almost 6 hours, shut off access for users and businesses all over the world and caused ripple effects that we will likely continue to see in the immediate (and perhaps not-so-immediate) future.

The life of a developer these days is more complicated than ever, as they are increasingly required to expand their knowledge across the stack, understand abstract concepts, and own their code end-to-end. A major (and very frustrating) part of a developer’s day is dedicated to fixing what they’ve built – scouring logs and code lines in search of a bug. This search becomes even harder in a distributed Kubernetes environment, where the number of daily changes can be in the hundreds.

Below are main highlights from a recent Clubhouse talk featuring Elad Aviv, a software engineer at Komodor. The session was hosted by Kubernetes heavy-hitters; Mauricio Salatino, Staff Engineer at VMware, and Salman Iqbal, Co-founder of Cloud NativeWal.

Time is invaluable. Besides being one of those can’t-argue-with universal truths, this is also one of the guiding principles behind Komodor; the promise behind our ‘troubleshooting efficiently and independently’ motto. ‘Pods Status and Logs’ is the latest of our timesaving features that enables you to quickly drill down in the pods of an unhealthy service, all from the comfort of your Komodor dashboard.

We recently attended the 2021 Cloud-Native Days Summit, where our co-founding CEO Ben Ofiri gave a lightning round talk on How to Troubleshoot Kubernetes With Confidence. In case you missed it, here’s a recording and transcript for your convenience.