I lost 4 days to a firmware bug. The fix was one register on page 247.. That week, a software engineer sitting next to me shipped 3 features with Copilot. Same hours. His AI understood his code. Mine understood almost nothing about my chip. That’s the problem with AI for embedded systems. Generic coding agents can write C. But they don’t truly understand your board, your datasheet, your register dependencies, or what happens when one wrong address gets written to real silicon. So we built **HardcoreAI**. It’s an Agentic Firmware Intelligence Platform built around your actual hardware. **Here’s the workflow:** → Select your target board → Start in **Research Mode** with your datasheets & manuals → Let the agent understand the hardware, registers, pins, clocks and peripherals → Move to **IDE Mode** → Generate firmware with traceable hardware context → Test and run it on real hardware → Debug the failures with the agent What makes it different: • Firmware grounded in the actual datasheet — not just model memory • Generated code can be traced back to the relevant documentation • ARM Cortex-M fault analysis for real debugging • Detects hardware/configuration conflicts, including clock-tree issues • Works with real silicon through OpenOCD/GDB — not just simulation • Supports 1,500+ boards through PlatformIO **The goal isn't to make AI write more C.** It’s to make AI understand **why that C needs to work on your specific hardware.** HardcoreAI is now live for 1200 boards. **Free for your first project. No credit card.** Try it: https://www.hardcoreai.in/ I’m Sricharan, one of the founders. If you write firmware for a living, I’d genuinely love for you to try it on a real project and tell us where we’re wrong.

HardcoreAI the AI Firmware Engineer

Your AI agent for embedded firmware.

Your AI agent for embedded firmware.