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Chiplab
Chiplab is an MCP platform that lets AI agents compile, simulate, and validate firmware on the actual target chip — without physical hardware
ONE TOOL CALL · ONE VERDICT
→chiplab.run(target: "R7FA8D1BH", suite: "ci")
TARGET
R7FA8D1BH
ASSERTIONS
142 / 142
DURATION
8.4s
Verdict, trace, fix — back to the agent in seconds.
WHAT IT IS
The API between agents and siliconThe API between agents and silicon
HOW IT WORKS
What your agent can do, today
From intent to validated firmware
The agent calls
Cursor, Claude Code, Windsurf Any MCP host. One endpoint.
Chiplab routes
Corpus lookup, build, simulate, test, bench, composed behind a single verb.
Firmware proves out
Verdict, trace, fix — back to the agent in seconds. The corpus learns.
Query the collective embedded corpus. Every chip-specific gotcha, validated fix, and architecture decision — searchable in milliseconds.
- 1Agent describes the symptom or chip behavior
- 2Chiplab searches across millions of indexed samples
- 3Ranked matches with confidence scores returned
RESULT
Matches
847 matches
Top confidence
94%
Chip
STM32F4
Fix
validated
Execute firmware on a virtual chip. No hardware required. Virtual simulation returns verdict, trace, and register state in seconds.
- 1Agent submits firmware + target chip ID
- 2Chiplab boots virtual chip, runs the suite
- 3Verdict, trace, fault trace returned
RESULT
Target
R7FA8D1BH
Assertions
142 / 142
Duration
8.4s
Status
pass
Compile against any production toolchain — without installing one. IAR, ARMCC, HighTec ASIL-D — licensed compilers, remotely, on demand.
- 1Agent submits source + chip spec
- 2Chiplab selects and runs the correct licensed toolchain
- 3Binary + diagnostics returned
RESULT
Toolchain
IAR EWARM 9.32
Flash
298 KB
RAM
64 KB
Status
success
Unit and integration tests on virtual hardware, every commit. Catch regressions before a prototype exists.
- 1Agent pushes commit with test suite
- 2Chiplab builds + simulates on target chip
- 3Coverage report + corpus-matched failures returned
RESULT
Tests
87 / 87
Coverage
91%
Duration
12.3s
Regressions
none
Feed your firmware the physical world — without the physical world. Inject synthetic sensor data into running firmware. Camera frames, CAN bus, IMU — generated on demand.
- 1Agent defines sensor profile and target chip
- 2Chiplab generates synthetic data + injects into live simulation
- 3Firmware I/O behavior, faults, and timing violations returned
RESULT
Channels
3 active
Frames injected
2,847
Anomalies
1 found
Worst
2.4ms timing violation
