Start by reviewing and verifying the RTL you already have. Grow into generating new blocks that are correct by construction — and signed off automatically.
The lowest-trust-barrier entry point. Nexeda runs static lint (Verilator) plus structural checks, then an AI reviewer reads your design for functional and synthesizability risks and writes assertions to lock down invariants.
Pure critique. You stay in control of every change — ideal for sign-off review, onboarding legacy IP, or a second pair of eyes on a tricky FSM.
Give Nexeda a design and a spec; it builds a SystemVerilog testbench with directed corners, a constrained-random phase, assertions, and a reference model — then runs it and scores the result.
For a curated library of standard FPGA blocks — FIFOs, arbiters, AXI-Lite/APB slaves, CDC, FSMs — describe what you need and get production-quality Verilog that's been verified end-to-end before you ever see it.
A bounded, well-understood library is where the loop converges reliably today — and where the dataset that unlocks broader generation comes from.
On every sign-off, Nexeda runs synthesis (yosys, FPGA flow) and reports LUT/FF/cell utilization and an estimated Fmax — and biases generation toward area or timing based on your end application. Full Vivado place-and-route with timing-driven iteration is on the roadmap.
Nexeda is designed to run where your IP already lives. A self-hosted / VPC deployment is a first-class path, not an afterthought.
Run the full loop inside your own environment — no RTL leaves your network.
Built on Icarus, Verilator and yosys, so the verification you depend on is inspectable and reproducible.
RTL versions, testbenches, sim logs, waveforms and PPA reports — auditable at each iteration.
Try the loop on a FIFO, arbiter or FSM in the live Playground.