"Foundry Virtual Tabletop" matching MCP servers:

Enables AI assistants to interact directly with EtherCAT fieldbuses for slave topology scanning, ESM state transitions, CoE SDO/PDO access, CiA 402 servo motion control, and bus health diagnostics, with a built-in virtual bus simulator for hardware-free testing.

Exposes 20 vehicle-security tools to AI coding agents such as Claude Code and Cursor, enabling them to send, fuzz, and analyze CAN frames, run UDS diagnostics and seed-key handshakes, simulate DoIP ECUs, and decode ISO-TP, J1939, DBC, and V2X data. Everything runs against a virtual CAN bus, so no vehicle or hardware is required.

Enables clients to read and diagnose Arduino telemetry, retrieve Uno R3 component specifications and wiring guidance, persist bounded project notes, run synthetic lab simulations, propose confirmation-gated virtual actions, and compile bundled firmware without uploading it.

MCP server for simulating firmware on virtual microcontroller instances, allowing AI agents to upload, run, and read UART output from supported boards such as STM32 and Nordic.

Enables AI models and other MCP clients to load firmware images into a simulated microcontroller, then reset, run, step, and debug the virtual CPU while inspecting or modifying memory and registers, setting breakpoints, and driving peripherals and cl_hw plugins. Exposes this over stdio as a set of tools, with a session per simulator process and a raw-command escape hatch for anything else.