Chipchop provides an AI reasoning and debugging engine for faster FPGA designs. 

Today, building on FPGA is slow, painful, and dependent on senior experts. When a design fails simulation or breaks timing, engineers stare at waveforms, cryptic tool logs, and thousands of lines of RTL trying to guess what went wrong. Waveforms show 'what' happened — not 'why'. Debug cycles take days. Expertise is scarce. Iteration is slow.

Yet modern hardware innovation — AI accelerators, data center infrastructure, autonomous systems — all starts on FPGA. The faster teams iterate here, the faster new hardware reaches the world.

Chipchop removes this bottleneck by acting as an AI reasoning layer on top of existing FPGA toolchains, purpose-built for FPGA design workflows. It understands RTL semantics, constraints, simulation behaviour, and vendor tool outputs together—then reasons across them to explain failures, diagnose root causes, suggest fixes, and guide engineers through faster iteration.

We start with FPGA and expand into broader semiconductor design workflows.

Chipchop turns hardware debugging from intuition-driven guesswork into structured, explainable reasoning. With Chipchop, debug smarter, iterate faster, ship sooner!

Chipchop

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