Versions:

  • 0.44.1
  • 0.44.0
  • 0.43.2
  • 0.43.0
  • 0.42.1
  • 0.41.0
  • 0.40.1
  • 0.39.2
  • 0.33.0

kobe is a command-line interface developed by Kunobi Ninja for the kobe cluster-pool operator, a Kubernetes solution designed to deliver instant CI and development cluster provisioning. The operator supports multiple lightweight and standard Kubernetes distributions, including k3k, k3s, k0s, and Cluster API (CAPI), giving teams flexibility in the kind of clusters they can draw from preconfigured pools. Rather than waiting for clusters to be built from scratch, users of kobe can lease ready-made clusters directly from these pools and manage their lifecycle through the CLI, making it a practical tool for continuous integration pipelines, ephemeral testing environments, and short-lived development workloads where speed and repeatability matter. The software falls within the Kubernetes tooling and cluster management category, addressing the common bottleneck of slow or manual environment setup in modern software delivery. By decoupling cluster creation from cluster consumption, the pool-based approach allows underlying clusters to be prepared in advance while the CLI handles leasing, releasing, and general management tasks on demand. The current version of kobe is 0.44.1, and the project has accumulated nine published versions to date, indicating ongoing development and iterative refinement of the tool. Its pre-1.0 version numbering reflects an actively evolving project in which features and behaviors may continue to change as the software matures. Teams evaluating kobe should be aware of this versioning status while also noting that the tool's focus remains consistent: fast, pool-based provisioning of Kubernetes clusters for CI and development scenarios across several supported cluster technologies. Published by Kunobi Ninja, kobe combines a dedicated operator backend with a client-facing command-line workflow, offering a compact entry point for organizations seeking to reduce the friction of obtaining disposable Kubernetes environments without managing the provisioning process manually each time a cluster is required.

Tags: