Deckhouse is an Open Source platform for managing Kubernetes clusters in a fully automatic and uniform fashion. It allows you to create homogeneous Kubernetes clusters anywhere and fully manages them. It supplies all the add-ons you need for auto-scaling, observability, security, and service mesh. It comes in Enterprise Edition (EE) and Community Edition (CE).

• NoOps: system software on the nodes, Kubernetes core software, Kubernetes platform components are automatically managed.
• SLA by design: availability can be guaranteed even without direct access to your infrastructure.
• Completely identical and infrastructure-agnostic clusters. Deploy on a public cloud of your choice (AWS, GCP, Microsoft Azure, OVH Cloud), self-hosted cloud solutions (OpenStack and vSphere), and even bare-metal servers.
• 100 % vanilla Kubernetes based on an upstream version of Kubernetes.
• Easy to start: you need a couple of CLI commands and 8 minutes to get production-ready Kubernetes.
• A fully-featured platform. Many features (check the diagram below) — carefully configured & integrated — are available right out of the box.

Deckhouse Platform has passed the CNCF Certified Kubernetes Conformance Program certification for Kubernetes 1.26—1.30.

A brief overview of essential Deckhouse Platform features, from infrastructure level to the platform:

While Deckhouse Platform CE is available free as an Open Source, EE is a commercial version of the platform that can be purchased with a paid subscription. EE's source is also open, but it's neither Open Source nor free to use.

EE brings many additional features that extend the basic functionality provided in CE. They include OpenStack & vSphere integration, Istio service mesh, multitenancy, enterprise-level security, BGP support, instant autoscaling, local DNS caching, and selectable timeframe for the platform's upgrades.

Deckhouse Platform CE is freely available for everyone. Deckhouse Platform EE can be accessed via 30-days tokens issued via Deckhouse website.

Deckhouse Platform follows the upstream version of Kubernetes, using that as a basis to build all of its features and configurations on. The added functionality is implemented via two building blocks:

• shell-operator — to create Kubernetes operators (please check the KubeCon NA 2020 talk for details);
• addon-operator — to pack these operators into modules and manage them.

Please, refer to the project's Getting started to begin your journey with Deckhouse Platform. Choose the cloud provider or bare-metal option for your infrastructure and follow the relevant step-by-step instructions to deploy your first Deckhouse Kubernetes cluster.

If anything works in an unexpected manner or you have any questions, feel free to contact us via GitHub Issues / Discussions or reach a wider community of Deckhouse users in Telegram and other resources.

In addition to common GitHub features, here are some other online resources related to Deckhouse:

• Twitter to stay informed about everything happening around Deckhouse;
• Telegram chat to discuss (there's a dedicated Telegram chat in Russian as well);
• Deckhouse blog to read the latest articles about Deckhouse.
• Check our work board and roadmap for more insights.