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Hardware–workload co-design

Design the chip and the software from both ends.

We optimize the chip for the software it will run, and the software for the chip it will run on.

Talk to usHow it works
Place-and-route layout of a RISC-V processor

TRACE-V · a RISC-V processor, signed off using Dokima end-to-end

Silicon never comes out the way it was designed.

A chip never behaves exactly as drawn. It comes back slightly slower and less precise, and the AI model running on it, trained for a perfect chip, simply loses accuracy. Dokima closes the loop: it retunes the model on the layout's real parasitics and retunes the circuit on the workload's own spec, again and again.

Workload specwhat the software needs Retune the circuitto that spec Measure parasiticsof the laid-out design Retune the modelon those parasitics Dokimaagentic controlof the loop

An automated, agentic framework for designing custom silicon for AI inference. The engineer sets the goal; the machines run the loop.

Every result lands on a record an engineer can check.