NerveplaneThe coordination plane for autonomous coding agents

Local-first, MCP-compatible, repo- and service-aware. Keep parallel coding agents aligned across repos, branches, worktrees, services, and contracts — before merge.

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Concepts

GitHub

👁️

Passive sensing

The daemon watches registered worktrees itself — changed files, diffs, contract changes — and emits coordination events without agents having to remember to report anything.

⚔️

Conflict detection

Same-file (high) and same-package (medium) collisions between agents are detected and routed to exactly the pair involved, with a conservative, dismissible noise budget.

🔗

Contract-aware cross-repo routing

When an agent changes an OpenAPI/GraphQL contract, consumer-repo agents (direct, transitive, and test owners) are warned about the breaking change — across repo boundaries, before merge.

📒

Decision ledger

Durable project decisions live separately from chat history and are queryable by file, repo, service, or task.

🔌

MCP-native

Seven consolidated MCP tools (including direct agent-to-agent chat) over stdio and Streamable HTTP. A two-minute installer wires Claude Code with an .mcp.json and a warning-injection hook.

💻

Local-first

A single user-level daemon, SQLite (WAL) storage, a live Svelte dashboard — runs on your laptop with no cloud dependency.

Why Nerveplane?

As developers run multiple coding agents in parallel, the bottleneck shifts from code generation to coordination.

Git worktrees stop two agents from overwriting the same file, but they don't stop logical drift: a backend agent changes an API response while a frontend agent builds against the old shape; a service agent changes an event schema while a subscriber in another repo goes stale. Nerveplane is the missing layer that detects these and routes the right signal to the right agent — grounded in repository and service dependency state, not generic chat.

See the full specification for the complete product and technical design.