Kublr

In this webinar, Oleg Chunikhin, CTO at Kublr, demonstrates how you can kick-start your development workflow on cloud-native technologies with Kubernetes, Kublr, Jenkins, Nexus, and git. First, we will set up a DevOps environment with Jenkins and Nexus running on Kubernetes and deployable on any cloud or on-prem (using AWS and Azure as an example). Then, we will set up a simple template microservice project with automatic build/deploy CI pipelines in a Kubernetes cluster. This is especially true when you are not only trying to chart your way in the world of container management, but are also trying to navigate how the new technology stack will affect your development, release workflows, and pipelines.

Containers are taking over the IT world, and while building and running them locally is simple, running them in production on a distributed infrastructure is much more involved. In this webinar, Oleg, CTO at Kublr; will explain the basics of Kubernetes, a powerful and flexible open-source container orchestration system: what it is, how it works, and the main entities Kubernetes users work with. Oleg will show how Kubernetes can help orchestrating containers across multiple compute nodes and clouds.

Kubernetes is a powerful and flexible open source container orchestration system that helps developers improve efficiency, save time, and focus on the unique business requirements of each project. Chaos engineering tools augment Kubernetes core capabilities by offering developers a great way to test an application’s resiliency in Kubernetes deployments by running chaos experiments and automatically assessing the experiment’s results. In this webinar Oleg Chunikhin, CTO at Kublr, and Uma Mukkara, Co-Founder at MayaData and Maintainer at LitmusChaos, will show how to streamline implementation of centralized Kubernetes management and chaos engineering practices with Kublr’s Kubernetes management platform and LitmusChaos chaos engineering framework. * How an automated chaos testing process can be implemented with LitmusChaos and Argo CD in that environment and integrated with Kublr centralized monitoring.

For instance, you’ll need to accommodate every possible real-life scenario a Kubernetes user might encounter. Then, figure out how to leverage advanced scheduling techniques to shape and describe each scenario via simple rules and configurations. During this webinar, Oleg, CTO at Kublr, will talk about advanced scheduling techniques in Kubernetes. These include resource and environment constraints, affinity and anti-affinity rules, taints and tolerations, custom schedulers and more.