Hardware architecture superintelligence.
Built for engineers.
Cyrux Systems builds Architon: a system-level architect that helps teams design hardware that works before the first prototype. It catches integration and power risks that EDA checks do not cover.
Operating in stealth. Onboarding a small number of teams for early access. Architon runs above KiCad, Altium, and standard EDA tools. It does not replace ERC, DRC, or SPICE.
What Cyrux does
Cyrux sits above EDA tools. We model system architecture, then verify reliability using deterministic rules and explicit assumptions. The goal is simple: fewer dead prototypes, fewer weeks lost, more hardware that just works.
Prevent real failures
Catch power integrity issues, compatibility traps, and architecture mistakes before you build.
Deterministic by design
Explainable findings. If the input is missing, we say so and show exactly what to provide.
Workflow-first
CLI and CI integration so verification runs on every change, not once at the end when it is too late.
Focus: architecture reliability
KiCad and simulators validate electrical legality and manufacturability. Architon verifies architecture reliability: power behavior under load, module ecosystem pitfalls, and integration risks across subsystems.
Now
- Power budget sanity and brownout risk detection.
- Compatibility checks across voltage domains and common modules.
- Actionable remediation hints tied to real decisions.
Next
- Project ingestion to remove manual spec work (starting with KiCad artifacts).
- Hardware graphs: rails, interfaces, constraints, and loads.
- AI as a helper: suggestions with explicit provenance and assumptions.