Turn datasheets into working firmware. Build, flash, debug, and validate embedded software in a single environment.
Developed using production firmware projects, real hardware documentation, and embedded debugging workflows.

Platform capabilities
No more switching between CubeMX, a text editor, a terminal, and a debugger.

Visual pin mapping, clock tree configuration, and peripheral setup — directly inside the editor. No external tools.

Context-aware firmware generation from datasheets, schematics, and project history. Not a generic chatbot.

Integrated serial monitor, build output, and debugging workflow. One click from code to running hardware.
How it works
Import your microcontroller, load your schematics and datasheets. HARDCOREAI reads your hardware context — pinout, peripherals, clocks.
Use the integrated embedded configurator to set up UART, SPI, I2C, timers and GPIO without leaving the editor. Changes reflect in code instantly.
Describe what you need in plain language. The AI copilot writes firmware grounded in your actual hardware configuration, not generic examples.
Build and flash directly from the IDE. The serial monitor and build output live in the same window. Iterate fast on real hardware.
Every panel, every feature was designed around the real embedded development workflow.



Why HARDCOREAI
CubeMX, VS Code, PlatformIO, a terminal, a serial monitor — unified into a single purpose-built IDE.
Hardware context, peripheral configs, and debugging notes are preserved in the project — not lost when an engineer leaves.
The AI copilot is grounded in your actual MCU, your actual pinout, your actual peripheral config — not generic examples.
New engineers go from zero to their first flashed firmware in hours, not weeks. Hardware context is already in the project.
Request access and get HARDCOREAI running on your hardware project within a day.
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