
Kubernetes practitioner
I used to work with K9s, but the capabilities K8Studio provides are far superior. The multitab workflow, integrated terminal, and especially the logs change everything.
K8Studio is a desktop Kubernetes IDE for DevOps, DevSecOps, and platform engineers. Connect via kubeconfig. Visualize your clusters with CloudMaps™. Debug with AI Copilot. Manage RBAC, Helm, logs, and multi-cluster workflows - with zero in-cluster footprint.

Scan pod health, containers, CPU, memory, restarts, and security state across namespaces.
Every other serious Kubernetes management platform - Komodor, Groundcover, Devtron, Lens Prism - requires you to install a DaemonSet, sidecar, or Operator into your cluster. That software runs persistently, holds cluster-level RBAC permissions, and sends data to the vendor's cloud.
K8Studio installs nothing. It connects to your Kubernetes API server via kubeconfig - exactly like kubectl - and all processing happens locally on your machine. No data leaves your cluster except through the standard API response. No vendor dependency at runtime. No compliance scope expansion.
This is not a feature we added. It's a foundational architecture decision that affects your security posture, compliance burden, and what happens when a vendor goes down.
K8Studio connects via kubeconfig to any cluster: cloud-managed, self-hosted, or air-gapped. If kubectl can reach it, K8Studio can manage it.







AI assistance for Kubernetes
K8Studio Copilot is not a generic chat box. It is connected to the app context, can reason over selected resources, and can use K8Studio MCP tools to inspect, navigate, diagnose, and prepare reviewed Kubernetes changes.
Copilot can use the selected cluster, namespace, workload, YAML, events, logs, and visible K8Studio context.
K8Studio MCP gives Copilot structured tools to open pages, inspect resources, analyze issues, and prepare changes.
Mutating actions go through K8Studio confirmation, RBAC checks, and server-side dry-run preflight before apply.
Ask for manifest reviews, rollout debugging, log analysis, resource explanations, and safer patch suggestions.
Use OpenAI models when you want strong general reasoning, Kubernetes troubleshooting, and fast hosted inference.
Use Anthropic Claude models for long-context analysis, careful explanations, and detailed operational reviews.
Use local Ollama models when you want the assistant to run on your machine or inside a restricted environment.
If you're coming from Lens: Lens went commercial and now phones home. K8Studio gives you the same desktop IDE experience - CloudMaps cluster visualization, RBAC management, Helm releases, multi-cluster support - with no subscription required for core features, no cloud agent, and no data sent anywhere. Your clusters stay yours.
If you're coming from K9s: K9s is fast and we respect it. But when you need to visualize pod-to-pod communication, debug network policies visually, or onboard a colleague who isn't a CLI expert, a GUI changes the game. K8Studio keeps the speed of keyboard-driven workflows while adding the clarity of a visual layer your whole team can use.
If you're in a regulated or air-gapped environment: Most Kubernetes tools break the moment you mention air-gapped. K8Studio Professional Airtight was designed for exactly this - government, defense, healthcare, and finance teams that can't have tools phoning home.
K8Studio combines a Kubernetes GUI, visual topology, AI assistance, and secure multi-cluster workflows in a desktop app that keeps your data local.
Map namespaces, pods, services, ingress paths, and live relationships in one visual workspace, so topology problems become visible before they become incidents.
Lists tell you what exists. CloudMaps shows how it connects.
Copilot reads the resource you are viewing, explains risky RBAC, broken YAML, failing pods, and odd resource limits with practical next steps.
Use OpenAI, Claude, Ollama, or your own MCP workflow.
Keep dev, staging, production, customer, and cloud-provider clusters isolated but instantly reachable, without juggling kubeconfig contexts.
Works with EKS, GKE, AKS, K3s, OpenShift, and local clusters.
Nothing installed in the cluster
Relationships stay mapped as objects change
Smart watches reduce repeated Kubernetes calls
Enterprise cluster access
K8Studio follows your existing kubeconfig authentication flow - from simple certificates to enterprise SSO, AWS IAM, and OIDC providers. No shared passwords. No new IAM roles to create. No vendor credentials stored anywhere.
Already using OIDC, EKS exec, or kubelogin? K8Studio runs the same auth flow.
Modern Kubernetes auth is usually short-lived and delegated. K8Studio should run the configured auth flow, show clear login states, and avoid hiding authentication failures.
Keycloak, Okta, Azure AD, Google Workspace, and other OpenID Connect providers.
EKS kubeconfigs that use aws eks get-token, including AWS IAM Identity Center sessions.
AAD-backed AKS clusters using kubelogin and exec credential plugins.
GKE clusters that use gke-gcloud-auth-plugin through kubeconfig exec auth.
Self-managed clusters and kubeadm kubeconfigs using certificate-based users.
Token-based kubeconfigs for automation, CI/CD, and in-cluster service accounts.
Any kubeconfig user that runs an external command to retrieve a short-lived token.
kubectl proxy, local API tunnels, and private endpoints exposed through localhost.
New SSO guides cover Keycloak OIDC, AWS IAM Identity Center with EKS, Google Cloud SSO with GKE, and Microsoft Entra ID with AKS kubelogin.
K8Studio is a desktop Kubernetes GUI for DevOps, DevSecOps, and platform engineering teams. It connects to any Kubernetes cluster via kubeconfig and provides cluster visualization with CloudMaps™, AI-assisted troubleshooting, multi-cluster management, RBAC editing, Helm release management, log viewing, and security analysis - with nothing installed in your cluster. Available for macOS, Windows, and Linux.
Yes. K8Studio is fully agent-free. It communicates with your cluster exclusively through the Kubernetes API - the same way `kubectl` does. No DaemonSet, sidecar, Operator, or CRD is installed in your cluster. All data is processed locally on your machine. Nothing is sent to K8Studio's servers.
Yes. K8Studio works in any environment where you can reach the Kubernetes API server - including fully air-gapped networks with no internet access. The Professional Airtight plan ($187/yr) is designed specifically for government, defense, healthcare, and finance teams operating in restricted or classified networks.
Both are desktop Kubernetes IDEs. Key differences: K8Studio is agent-free and does not phone home; Lens's commercial tier (Lens Prism) connects to a cloud backend. K8Studio includes a built-in RBAC manager, CloudMaps™ cluster visualization, and DevSec View security analysis. K8Studio's Basic plan starts at $9/month. K8Studio works fully offline; Lens's advanced features require cloud connectivity.
K8Studio is the most popular GUI alternative to K9s among engineers who want visual cluster management without giving up speed. It supports keyboard-driven workflows, multi-tab cluster navigation, and an integrated terminal - while adding CloudMaps™ visualization, a log viewer, AI Copilot, and RBAC management that K9s does not provide.
K8Studio offers a 15-day free trial with full Professional features - no credit card required. Paid plans start at $9/month (Basic) and $17/month (Professional). A yearly offline plan (Professional Airtight) is $187/year for air-gapped environments.
15-day free trial. Full Professional features. Nothing installed in your cluster. No credit card required.
Get started by downloading K8Studio. Follow the installation instructions to set up K8Studio on your preferred platform.Check our documentation
Point K8Studio at your kubeconfig. No setup scripts, no agents, no permissions to grant.
Maximize your Kubernetes management with K8Studio. If you want to use it professionally, get dedicated support - purchase a license to support our project today!
15 days free · No credit card · No cluster agents
Used by 8,000+ DevOps engineers on macOS, Windows, and Linux. Works with EKS, GKE, AKS, K3s, OpenShift, and any kubeconfig-accessible cluster.
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