Aggregating scattered dev‑infrastructure state into a single dashboard

说明与用途

将开发基础设施状态聚合到单一仪表盘，提供决策而非原始数据，并通过真实硬件测试验证。

问题

Development infrastructure state was scattered across multiple tools (CI runners, security scans, monitoring, high‑availability, local LLM, IaC), making it hard to see overall health and bottlenecks.

结果

Unified dashboard reduced manual effort, provided clear bottleneck verdicts, and enabled real‑hardware testing of HA and CI reliability, leading to faster incident response and cost savings from self‑hosted runners.

工作流

• 1. Consolidate all infra components into a single infra/ops monorepo.
• 2. Build self‑hosted CI/CD runners with per‑container CPU/memory ceilings and role‑based pools.
• 3. Implement a security‑scanning platform and vulnerability ledger that aggregates results per push.
• 4. Deploy fully self‑hosted monitoring (metrics, logs, traces) and HA across nodes.
• 5. Run a local LLM on a GPU node and monitor its usage.
• 6. Create Infra Portal as a static front‑end with an API server that aggregates data from all components.
• 7. Add decision logic to panels that return verdicts (capacity, routing, offline, healthy).
• 8. Write 16 tests to guard the verdict logic against regressions.
• 9. Ensure secrets are never displayed, only diagnostics are shown.
• 10. Iterate on gaps revealed by incidents, adding safety settings and monitoring as needed.

证据

Infra Portal only renders the display; behind it run my own CI/CD, security scanning, monitoring, high availability, a local LLM, and infrastructure-as-code.

来源

The screen returns a verdict, not raw numbers – not "12 of 12 runners" but "is capacity short right now, or is routing misassigned?"

来源

I can only say high availability is "achieved" when I actually kill one node and everything survives.

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