{"id":"ginnux-k8s-mcp-server","name":"k8s-mcp-server","homepage":"https://hub.docker.com/r/ginnux/k8s-mcp-server","repo_url":"https://hub.docker.com/r/ginnux/k8s-mcp-server","category":"infrastructure","subcategories":[],"tags":["kubernetes","mcp","ai-agents","devtools","platform-automation","operations","rbac"],"what_it_does":"k8s-mcp-server is an MCP (Model Context Protocol) server that exposes Kubernetes-related capabilities to AI agents via MCP tools, enabling agents to inspect and operate on cluster resources through a standardized interface.","use_cases":["Letting an AI agent query Kubernetes cluster state (e.g., list pods/services/deployments)","Automating common operational tasks via agent-driven Kubernetes actions (e.g., troubleshoot workloads)","Building agent workflows for platform engineering and incident response with guardrails at the tool layer"],"not_for":["Unaudited, high-privilege cluster administration without proper RBAC/approval flows","Replacing human approval for destructive operations (deletes/scale-down) in production","Workloads requiring guaranteed idempotency across all operational steps without explicit safeguards"],"best_when":"You have an MCP-capable agent runtime and want a standardized, tool-based bridge into Kubernetes, with Kubernetes RBAC and operational guardrails in place.","avoid_when":"You cannot restrict permissions (RBAC), or you need strong guarantees about operation idempotency/error recovery that aren’t documented at the tool level.","alternatives":["Direct Kubernetes API usage (kubectl/client-go) from your own agent tooling","Custom function calling that wraps Kubernetes API endpoints with your own auth, policy, and logging","Other Kubernetes-focused automation frameworks (GitOps tools, workflow engines) integrated with agent plans via webhooks/queues"],"af_score":39.2,"security_score":45.2,"reliability_score":23.8,"package_type":"mcp_server","discovery_source":["docker_mcp"],"priority":"low","status":"evaluated","version_evaluated":null,"last_evaluated":"2026-04-04T19:53:41.335267+00:00","interface":{"has_rest_api":false,"has_graphql":false,"has_grpc":false,"has_mcp_server":true,"mcp_server_url":null,"has_sdk":false,"sdk_languages":[],"openapi_spec_url":null,"webhooks":false},"auth":{"methods":["Kubernetes authentication via kubeconfig/service account (exact method unspecified in provided info)","MCP server host authentication (exact method unspecified in provided info)"],"oauth":false,"scopes":false,"notes":"No manifest/README details were provided here, so exact MCP auth mechanism, whether requests are scoped per tool, and how credentials are handled cannot be confirmed. For Kubernetes, the practical security model depends on RBAC bindings and how the MCP server authenticates to the cluster."},"pricing":{"model":null,"free_tier_exists":false,"free_tier_limits":null,"paid_tiers":[],"requires_credit_card":false,"estimated_workload_costs":null,"notes":"Self-hosted open-source tooling typically does not have direct vendor pricing; operational costs depend on your Kubernetes and hosting environment."},"requirements":{"requires_signup":false,"requires_credit_card":false,"domain_verification":false,"data_residency":[],"compliance":[],"min_contract":null},"agent_readiness":{"af_score":39.2,"security_score":45.2,"reliability_score":23.8,"mcp_server_quality":55.0,"documentation_accuracy":40.0,"error_message_quality":0.0,"error_message_notes":null,"auth_complexity":45.0,"rate_limit_clarity":20.0,"tls_enforcement":70.0,"auth_strength":45.0,"scope_granularity":30.0,"dependency_hygiene":40.0,"secret_handling":40.0,"security_notes":"Security cannot be fully assessed without repository/README content. In general, the risk profile depends on (1) how the MCP server is authenticated (if at all), (2) how it authenticates to Kubernetes and the least-privilege RBAC it uses, (3) whether secrets are kept out of logs/tool outputs, and (4) whether destructive actions are gated or confirmed.","uptime_documented":0.0,"version_stability":30.0,"breaking_changes_history":30.0,"error_recovery":35.0,"idempotency_support":"false","idempotency_notes":null,"pagination_style":"none","retry_guidance_documented":false,"known_agent_gotchas":["Kubernetes operations often are not naturally idempotent unless explicitly implemented (e.g., delete vs recreate, imperative commands).","Agent tools may expose powerful verbs; without strict RBAC and policy, the agent could attempt destructive actions.","Cluster state can change between tool calls; agents need to re-fetch or use resourceVersion/conditions when applicable.","If tool outputs are large (events/logs), agents may need truncation/filters to avoid context overrun."]}}