That’s the problem I’m trying to solve with HardcoreAI.
Give it the datasheet/reference manual and a real embedded task.
Instead of guessing registers or generating generic code, HardcoreAI researches the hardware context first, then helps generate and debug the firmware around it.
Today’s challenge:
Give HardcoreAI the messiest STM32/ESP32 firmware problem you have.
Wrong GPIO?
Clock configuration?
SPI/UART issue?
Register confusion?
Peripheral setup?
I want to see where it breaks.
I’m looking for 10 embedded engineers to try it on a real problem and give brutally honest feedback.
No pitch. Just technical testing.
Try it: https://hardcoreai.in/
nice
The strongest part is testing against real firmware problems rather than demos. If HardcoreAI can reliably research the hardware context and debug messy peripheral issues, that would validate a much stronger product than generic code generation.