monogate forge
Write math. Get silicon.
.eml → Forge → C + Rust + Verilog + Lean.
Lean imports MachLib. Builds in 4.77 seconds. Zero external dependencies.
how it works
From equation to silicon to proof — one chain, end to end.
You own every line from equation to silicon to proof.
No vendor. No external library. No 45-minute builds. No permission.
how it works
Three things every Forge program gets — automatically, every time.
Measure
Every expression is profiled for structural complexity at compile time.
Chain order predicts numerical behavior before the function ever runs.
Verify
The Lean 4 prover proves precision bounds against the source contract.
50 theorems, machine-checked, regenerable on every build.
Compile
Same source produces C, Rust, and Verilog — plus six more targets.
One command. Bit-equivalent across every backend.
live compile
One source. Nine real backends. Pick a vertical.
Every artifact below is the actual output of the Forge compiler on the source on the left — not a mock-up. Switch the vertical to see the same stack on a different industrial workload.
the numbers
One operator generates every elementary function. One compiler targets every platform.
One source, 21 targets. C · C++ · Rust · Python · Go · Java · Kotlin · LLVM IR · WebAssembly · Verilog · SystemVerilog · VHDL · Chisel · Ada/SPARK · MATLAB · Lean 4 · Coq · Isabelle/HOL · ROS 2 · AUTOSAR · AADL.
industry applications
Production-shape verticals shipping today.
11 verticals. DO-178C, ISO 26262, IEC 62304, and FIPS 140-3 templates included.
waitlist
Be first to know when Forge goes public.
We'll send one email when the GitHub repo opens. No newsletter. No drip campaign.