We just made an AI firmware agent available — looking for real-world testing**HardcoreAI is now live.The reason we built it is
HardcoreAI is now live.
The reason we built it is pretty simple: firmware development isn't just writing C.
A lot of the actual work is figuring out what the hardware expects — datasheets, reference manuals, registers, clock trees, pin mappings, peripheral configuration, and then figuring out why something that compiled still doesn't work on the board.
The workflow we've built is:
Select Target Board → Research Mode → IDE Mode → Generate → Test → Run → Debug
Research Mode is used to understand the hardware documentation and project context before moving into the IDE. The goal is then to take the generated firmware through the actual build, execution and debugging loop.
It's currently available for STM32 and supports 1,500+ boards through PlatformIO.
HardcoreAI: https://www.hardcoreai.in/
It's free to try for the first project.
I'm mainly looking for people to use it on real firmware problems, not toy examples. If you have a difficult peripheral configuration, DMA issue, clock problem, interrupt bug, hard fault, or something else you've been putting off debugging, that's exactly the kind of test we'd find useful.
If you try it, I'd genuinely like to know where it succeeds and where it fails.
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The Research Mode → IDE → Test → Debug flow is what stands out. It suggests the product is trying to cover the actual firmware workflow rather than just generate code.
Yes exactly Aryan Sinh please try it out
That workflow is what makes it interesting. I’ll take a closer look at how the pieces work together.