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BRIK-64 ships with a built-in Model Context Protocol (MCP) server, allowing AI coding assistants to discover, publish, verify, and certify PCD circuits directly from your editor.

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Architecture

The MCP server exposes 2 tools:

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brik64.discover

Read-only operations for exploring the BRIK-64 ecosystem:
  • search — Search published circuits by name or description
  • info — Get detailed information about a specific circuit
  • catalog — Browse all 128 monomers with signatures and documentation

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brik64.execute

Write operations that modify the registry:
  • publish — Publish a PCD circuit to the registry
  • verify — Verify an existing circuit’s certification
  • certify — Submit a circuit for TCE certification

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Starting the MCP Server

brikc mcp-server
The server starts on stdio transport by default, ready for integration with any MCP-compatible client. 
# With custom port (SSE transport)
brikc mcp-server --transport sse --port 3100

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Example Interaction

When configured in an AI tool, you can use natural language:
“Search for certified fibonacci circuits in the BRIK-64 registry”
The AI will call brik64.discover with action: "search" and query: "fibonacci", returning matching circuits with their certification status.
“Certify my circuit cir_abc123”
The AI will call brik64.execute with action: "certify" and pid: "cir_abc123", triggering TCE certification and returning the result.

Configuration

Set up the MCP server in your preferred AI coding tool.