k8s-mcp-server
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TDQS
Scored across 32 tools
Most tools target distinct resources and actions, but there is notable potential confusion between cluster configuration management (list_clusters/import_cluster) and kubeconfig management (list_kubeconfigs/load_kubeconfig/get_kubeconfig_info), which serve similar purposes through different storage layers. get_cluster_info, check_cluster_health, and get_cluster_resource_usage also overlap somewhat as cluster-level inspection tools.
The set overwhelmingly follows a verb_noun snake_case pattern like list_clusters, delete_kubeconfig, backup_namespace, and batch_*_resources. Minor deviations exist such as manage_node and port_forward, which combine multiple actions behind a generic verb/noun, and batch_top_resources uses an unconventional noun-style verb, but overall the pattern is predictable.
With 32 tools, this is above the 25+ threshold that feels heavy for a single server. The tools cover several distinct domains—pod operations, batch resource management, cluster config, kubeconfig handling, health checks, and backups—which justifies some breadth, but the count is still excessive and likely to complicate tool selection.
The toolset covers broad Kubernetes lifecycle needs: CRUD via batch operations, pod interaction (logs, exec, copy, port-forward), node management, health checks, events, resource usage, cluster/kubeconfig administration, and backup/restore. Minor gaps exist such as lack of explicit label-selector filtering for list operations and no dedicated scale action, but these can be worked around with batch update/create operations.