HardcoreAI converts complex hardware specifications into verified engineering execution—helping teams prototype faster, reduce bring-up delays, and launch products sooner.
Engineers waste hundreds of hours manually translating register tables into code.
What if every hardware document became instantly understandable?
Clock mismatches and pin conflicts cause bricked prototypes and weeks of debugging.
What if hardware mistakes were caught before reaching your prototype?
Senior engineers spend critical bandwidth on low-level boilerplate instead of core IP.
What if your engineers never had to spend days reading documentation again?
Identify hardware configuration mistakes before boards are powered on.
Instant hardware reasoning replaces manual page-by-page datasheet research.
Move from schematic approval to executing firmware in days instead of months.
Parsing 1,200+ page microcontroller reference manual & datasheet tables.
Validating pin conflicts, bus speeds, clock sources, and register dependencies.
Cross-checking driver rules against physical silicon boundaries before compilation.
Producing production-ready C/C++ drivers traceable to official manual pages.
Indexes multi-thousand-page vendor manuals, schematics, and errata into a queryable hardware graph.
Validates peripheral trees, clock configuration limits, pin mappings, and register dependencies deterministically.
Generates production-grade C/C++ firmware grounded strictly in vendor specs with complete manual page citations.
Maps execution crashes and register dumps directly back to the physical hardware rule in the manual.
Welcome to HardcoreAI, your AI-powered firmware engineering platform. HardcoreAI understands your hardware and its documentation before generating firmware, helping you move from board selection → research → firmware → hardware.
HardcoreAI is designed to understand the hardware and documentation before generating firmware. That is what makes the workflow fundamentally different from simply asking an AI to write embedded C code.
Start by selecting the development board or MCU you are working with. Choose your development board, microcontroller, required peripherals, and hardware configuration.
Before generating firmware, use Research Mode. Provide requirements, datasheets, reference manuals, schematics, pin requirements, and sensor docs so HardcoreAI understands pins, clocks, peripherals, and registers.
Once research is complete, ask HardcoreAI to generate firmware. Specify peripheral configuration, communication protocols, sensors, interrupts, timing requirements, and existing code constraints. HardcoreAI generates firmware based on selected hardware and research.
Build the generated firmware before flashing. Check for compilation errors, warnings, missing dependencies, incorrect pin configurations, peripheral conflicts, and clock issues. If the build fails, provide error log to HardcoreAI for immediate hardware-grounded fixes.
Connect your development board, select programming/debugging interface, flash firmware, reset board, and test expected behavior.
If firmware doesn't behave as expected, don't start from scratch. Tell HardcoreAI what happened (e.g. "The firmware builds and flashes, but USART2 produces no output"). HardcoreAI investigates across:
Start building today with 1 Free Project. Scale up to seat-based plans as your hardware team expands.
Ideal for testing HardcoreAI on your board and datasheet requirements.
For professional embedded engineers & firmware architects building production products.
Designed for hardware engineering teams collaborating across schematics & firmware.
On-premise deployment, dedicated hardware models, custom MCU indexing, and SLA guarantees for enterprise hardware firms.
We are finalizing seat allocation for upcoming individual ($30/seat) and team ($25/seat) workspaces. Fill out our quick 1-minute Google Form to register your interest and get priority access.
Every response and generated driver strictly references vendor datasheets and manuals—eliminating hallucinations.
Every configuration decision includes detailed technical context and citations back to original manual pages.
Engineers review and approve every architectural choice before deployment. HardcoreAI augments human judgment.
Integrates seamlessly alongside PlatformIO, STM32CubeIDE, ESP-IDF, and existing Git repositories.
In a 30-minute conversation we'll understand your current firmware workflow, identify bottlenecks and explore whether HardcoreAI can help your team prototype faster.