Accelerate RTL design, verification and debugging with specialized engineering agents while engineers stay in control. Review existing RTL, create new blocks, and verify everything against real simulation.
Human-in-the-loop · deterministic workflow · explainable results · backed by real simulation and synthesis execution.
Most AI tools stop at "here's some Verilog." That leaves the hard part, proving it is correct, on you. Nexeda treats verification as the product: every line it touches is simulated, checked against assertions, and repaired until it passes.
Point Nexeda at existing RTL and it finds bugs, inferred latches, CDC and reset risks, and proposes assertions. This is the lowest-risk way to build trust.
Generated testbenches report pass/fail per case and a coverage summary. No eyeballing waveforms; the loop scores itself.
On failure, the debugger localizes the fault, decides whether the design or the testbench is wrong, fixes it, and re-runs within a bounded budget.
The hard part of hardware is not the first draft. It is proving correctness and fitting into a real flow. That is the difference.
Nexeda is not only a code generator. The MVP targets the repetitive work around RTL drafting, review, testbench creation, debug and reporting.
Turns requirements into module interfaces, parameters, clock/reset assumptions and corner-case checklists before code is written.
Creates synthesizable drafts biased by FPGA vendor, ASIC process, application, coding style and PPA priorities.
Generates directed checks, constrained-random cases, assertions and a self-scoring simulation result instead of leaving verification for later.
Reads logs, identifies whether the design or testbench is at fault, recommends the fix and reruns inside a bounded loop.
Produces the RTL quality score, warnings, assumptions, known gaps, coverage proxy and downloadable artifacts for human review.
Nexeda is built to earn an engineer's trust, not to replace their judgment.
Agents accelerate the work; they never replace your judgment or sign your name to a design.
You review, modify, accept or reject every change. Nothing ships without you.
Nothing is trusted until it's simulated and checked against real tools.
Real engines, bounded iterations, reproducible runs, not a black box.
Each finding and fix comes with the engineering reasoning behind it.
A deterministic engine runs real simulation and synthesis; engineering agents only coordinate. That's what makes the workflow reliable instead of a guess.
Spec → formal intent: ports, protocol, timing, corner cases.
Synthesizable Verilog, PPA-biased to your target & application.
Self-checking testbench + assertions + functional coverage.
Run, parse failures, fix design or TB, iterate to convergence.
All checks pass → verification summary, utilization & Fmax estimate.
Static analysis plus an engineering reviewer that reads intent. Get specific, cited findings and ready-to-paste assertions - with the reasoning behind each, not vague suggestions.
Describe a FIFO, arbiter, AXI-Lite slave or FSM in plain language. Nexeda creates a lint-clean RTL draft, verifies it against a self-checking bench, and reports utilization - all in one run, for you to review.
Every run is logged as a spec → RTL → bug → fix trace. The benchmark suite is how we prove progress, and the dataset that compounds over time.
Give Nexeda a spec and watch the loop run live: draft, simulate, repair, verify, then review the result.