# Chiplab

## Docs

- [Connect Claude Code to Chiplab](https://veecle.mintlify.app/agents/claude-code.md): Register Chiplab as an HTTP MCP server in Claude Code and authenticate once to call firmware simulation tools from any CLI coding session.
- [Connect Cursor to Chiplab](https://veecle.mintlify.app/agents/cursor.md): Add Chiplab as an MCP server in Cursor and run embedded firmware simulations directly from your editor's AI chat panel without a physical board.
- [Connect OpenCode to Chiplab](https://veecle.mintlify.app/agents/opencode.md): Register Chiplab as a remote MCP server in OpenCode and authenticate to access firmware simulation tools from your terminal-based coding agent.
- [Connect AI Coding Agents to Chiplab for Firmware Simulation](https://veecle.mintlify.app/agents/overview.md): Connect Cursor, OpenCode, or Claude Code to Chiplab's MCP server to access firmware simulation tools directly from your coding agent.
- [Chiplab Supported Hardware Boards for Firmware Simulation](https://veecle.mintlify.app/hardware/boards.md): Chiplab supports 7 ARM and nRF boards for chip-accurate firmware simulation. Ask your agent to run your firmware on any of these boards by name.
- [Chiplab: Firmware Simulation Platform for AI Coding Agents](https://veecle.mintlify.app/introduction.md): Chiplab is an MCP platform that gives AI coding agents direct access to chip-accurate firmware simulation, without any physical hardware.
- [Manage Chiplab API Keys and Connected Agent Sessions](https://veecle.mintlify.app/platform/api-keys.md): The API Keys page shows every AI agent connected to Chiplab. View session details, connect new agents, and revoke access when needed.
- [Track Your Chiplab MCP Usage](https://veecle.mintlify.app/platform/usage.md): See your total usage and recent activity across all connected agents.
- [Quickstart: Run Your First Simulation](https://veecle.mintlify.app/quickstart.md): Connect your AI coding agent to Chiplab and run your first firmware simulation.
- [ask](https://veecle.mintlify.app/tools/ask.md): Query the Chiplab firmware knowledge base tool. Ask about platform features, supported boards, or firmware development patterns and get answers grounded in Chiplab's documentation.
- [run](https://veecle.mintlify.app/tools/run.md): Run compiled firmware on a chip-accurate virtual board with Chiplab. Get console output and pass/fail status without physical hardware.