ChiprFor embedded engineers
Read the datasheet so you don't have to.
Drop a sensor datasheet. Chipr extracts a verified register map, you check it, and it generates a cited, working C driver that's never hallucinated.
The problem
Sensor datasheets weren't written for code.
Register maps sit in dense tables, bitfields are scattered across sections, and the init sequence is buried in prose. Every new chip means hours of manual cross-referencing before a single line of driver code exists.
Hours of manual cross-referencing, per chip.
How it works
Four steps, one trust checkpoint.
Drop the PDF and Chipr streams the extraction live. You verify the register map, the one point a human checks the model's work, then generate a header, driver, and cited init sequence in one pass.
- 1/4UploadDrop the PDF
- 2/4ExtractStreamed, page by page
- 3/4VerifyYou correct the map
- 4/4GenerateDeterministic C output
Technical advantage
The model reads. Templates write.
The LLM is confined to producing a register map, validated against a strict schema. All C output comes from pure, deterministic template functions, so it's reproducible, testable, and can't invent a register that isn't there.
- Model output
- Register map JSON only
- Validation
- Strict Zod schema
- Code generation
- Pure template functions
- Citations
- Every field → datasheet page
Why trust it
The model reads. It never writes the driver.
Chipr confines the LLM to one job: turning a datasheet into a validated data structure. Everything downstream is deterministic, tested, and cited back to its source.
Bring your own API key, never stored or logged, sent only with your own request.
Bring a datasheet. Leave with a driver.
Free to try with the Gemini demo path, no signup required.