kubeledger
realopslabs/kubeledger
KubeLedger is a Kubernetes resource accounting and cost optimization tool that features an optional Model Context Protocol (MCP) server for querying cluster usage metrics through AI assistants.
Overview
KubeLedger tracks CPU, memory, and GPU usage across Kubernetes clusters over hourly, daily, and monthly intervals to provide precise per-namespace accounting and identify system overhead. With the inclusion of an optional MCP server, engineers and financial teams can use natural language prompts via supported AI clients to execute custom analytics, rank resource consumers, evaluate efficiency ratios, and review multi-period trend comparisons beyond rigid dashboard limits.
Capabilities
- ▸Track CPU, memory, and GPU resource usage and requests per namespace
- ▸Provide a read-only Model Context Protocol (MCP) server with ten specialized data tools
- ▸Analyze resource efficiency ratios and identify over or under-provisioned workloads
- ▸Generate hourly, daily, and monthly historical trend aggregations
- ▸Expose Prometheus compatible metrics for monitoring and alerting
Best for
Querying namespace resource consumption and top consumers using natural language prompts in an AI assistant, Conducting ad-hoc efficiency and capacity planning investigations for CPU, memory, and GPU utilization, Analyzing non-allocatable cluster overhead versus actual application workload capacity, Performing multi-period usage trend comparisons for cost allocation and chargeback reporting
Works with
実タスクにどれだけ役立つか(機能の豊富さ・用途の明確さ)。 — AIによるcapabilities/use-cases解析
実装・指示の品質。 — AIによるSKILL.md/README解析
リポジトリがどれだけ活発に保守されているか。 — GitHub 最終push日時の新しさ
ドキュメントの充実度・分かりやすさ。 — README/独自要約の情報量
危険・不審な挙動が無いか。 — AIによるセキュリティレビュー
ありふれたラッパーではない独自性。 — AIによる独自性判定
コミュニティの採用度。 — GitHub Stars/Forks(対数スケール)
対応AIエージェントの広さ。 — AIによる対応エージェント判定
ライセンス不明/制限あり(Red)のSkillは総合スコアに0.85倍の補正を適用します。 ランキングはこのScoreのみで決まり、広告で変わりません。 算出方法の詳細 →
Security considerations
The MCP server operates in a read-only mode without Kubernetes API write access or LLM embedding. Access control relies primarily on Kubernetes NetworkPolicies and cluster-level security controls since the protocol transport lacks internal authentication layers.
Categories
Summary and analysis are original content generated by AI Skills Rank. The skill's source text is not reproduced here — view it on the linked repository.