Kong Operator 2.2 is now available. This release continues our work to make Kubernetes the central place to manage more of the Kong ecosystem. In 2.1, we expanded what customers could do with Konnect and Gateway API. With 2.2, we're building on that foundation by bringing Kong Event Gateway and…
We're very excited to announce Kong Operator 2.0! Kong Operator is an evolution of Kong Ingress Controller (KIC) and Kong Gateway Operator into a single Kubernetes offering to simplify deployment, management, configuration, and upgrades of your Kong Gateway instances on Kubernetes. Simplified…
Kong Gateway Operator (KGO) is the most effective way to install, upgrade, scale, and manage a Kong Gateway or Kubernetes Ingress. The latest release of the Kong Gateway Operator brings several updates that streamline integration with Kong Konnect and improve configuration and reliability. Below,…
While Kubernetes has become the standard platform for container orchestration, managing complex application lifecycles can still be a challenge. That's where Kubernetes Operators and Helm Charts come in. This guide dives into both of these tools to explain what they do, how they're different, and…
Kubernetes, or K8s, is one of the most powerful open source container orchestration systems — especially for its automatic implementation of a desired state. In other words, as an admin, you get to specify how you want your application and cluster to behave, and the control plane executes it for…
Rolling out new versions of your apps on Kubernetes can be tricky, but knowing the different deployment options is important for keeping your services running smoothly with little to no downtime. This rabbithole of Kubernetes deployment methods may seem daunting and difficult to comprehend (there’s…
Kubernetes , or K8s as its often known, is an open source platform for deploying containerized applications in distributed systems, where computing resources are provided by multiple separate machines that are connected over a network to form a cluster. Having been designed for very large systems…