BoolSi generates the right chip for your application.
BoolSi was created to compile your software into hardware, not just the CPU. Mark a hotspot (or two) in your embedded application, and BoolSi synthesizes it into custom digital logic, a co-processor designed for your specific application needs. The platform also handles the deployment steps: mapping API calls to the function signature, updating the BSP, and producing the hardware bitstream. A function that used to bottleneck your application now runs as a custom co-processor, generated, verified, and deployed at the click of a button.
A hot C or C++ function, compiled into a custom silicon accelerator.
Hotspots leave the CPU for purpose-built logic and run orders of magnitude faster.
Generated hardware is a build output: no HDL, no Git diff, no parallel codebase.
Mark a function for acceleration; the toolchain handles the rest.
Every agent is checked against your source program before it runs.
For robotics and devices where every microsecond shows up in the product.
A 10,000-line C regex library finding email addresses in a text stream, compiled gcc -O3 for an ARM Cortex-A9 baseline, then compiled to BoolSi hardware agents.
| Configuration | Latency | Speedup |
|---|---|---|
| ARM Cortex-A9 · gcc -O3 | 2.66 ms | 1× |
| BoolSi · 1 hardware agent | 0.325 ms | 8.2× |
| BoolSi · 8 hardware agents | 0.042 ms | 63× |
Eight agents scale near-linearly. The fabric parallelizes.
If your product is bottlenecked on a CPU or a microcontroller and you've ever wished you could just make a chip for it, get on the list.