Platform · Firmware simulation and testing
Firmware tested against the waveform it produces
Close the loop between code and hardware: build and flash with your own toolchain, read registers back, measure what the firmware actually does, and fix it when it is out of spec.
What you can validate
m8rix for firmware simulation and testing
- Build and flashYour project, your toolchain, your probe, run by the agent.
- Registers read backAfter each change, the configuration is read back and checked.
- Outputs against the planPWM frequency, duty and timing measured on the scope and compared with the plan.
- Fix, reflash, measure againOut of spec? It edits the code and tries again, within your limits.
Workflows
Say what to test. It runs the rest.
Each workflow starts with a sentence. The agent turns it into a plan you review, then runs it on your bench.
01
PWM tuning
Adjust the compare values until the output is in spec.
> Tune the PWM to 100 kHz at 42 % duty and confirm on the scope.
02
Release regression
Flash each release and rerun the functional checks.
> Flash the new build and rerun last week's checks.
03
Register audit
Read the peripheral configuration back and compare it with the design.
> Read back the ePWM registers and check them against the config.
Why m8rix
Built for hardware that has to work
Limits it cannot cross
Your device's ratings are hard limits, checked on every step by deterministic code. The AI can't loosen them.
Every run on the record
Every command, who asked for it and the result, with the data and waveforms kept for review.
Your toolchain, unchanged
It uses the build and flash commands your project already has.
On this bench
- Oscilloscopes171
- Power supplies335
- Signal generators97
- Multimeters6
- and anything else with SCPI
Every layer
See it run on your own bench
Free for Mac and Windows. Start on a simulated bench, then connect your instruments.