Submit your design
Submit your design through your review workflow.
- Bring the design you want to verify.
- Submit it for verification.
- The generation ID links every following revision.
For PCB designers and reviewers
Turn your PCB schematics intobuildable designs.
Ohmatic finds what’s wrong, explains how to fix it, and verifies each revision until your design is ready to build.
A 30-minute call. No commitment.
POST /v1/verify
generation_id ohm_9f3aTOPOLOGY
Every net powered · no floating or reversed pins
PHYSICS
Every part within its voltage, current & power ratings
BUILDABILITY
14 / 14 parts matched in the live catalog
PASS3 rounds · 1.2s
Verified designThe problem
A valid schematic is not a buildable board.
A schematic can pass basic wiring checks and still fail in operation, electrical limits, or component availability. Those failures often surface only after fabrication, when every fix means another board spin.
- 100%
of schematics enter review
Every submitted design starts here.
- 83–88%
look correctly wired
They pass the electrical rule check (ERC).
- 21–53%
pass functional review
A separate semantic evaluation rejects many designs that clear basic rule checks.
- 8.15%
survive end-to-end verification
The other 91.85% risk reaching the fab carrying a fault.
The cost of finding out late
The fab becomes the first real test.
However the schematic was created, a late failure creates the same expensive loop.
A typical PCB project averages 2.9 respins. At $44k and 8.5 days each, that is ≈ $128k before shipment.
Source: Lifecycle Insights, via Design World Online · Saratech/Siemens
Our solution
Three checks. One standard for every design.
Whether you drew it yourself or generated it with AI, a schematic passes only when its wiring, electrical behavior, and parts all hold up.
ERC
Topology
Is it wired correctly?
Finds missing connections, reversed pins, shorts, and support components the circuit needs.
- Powered and connected nets
- Correct pin orientation and isolation
- Required protection and support parts
Electrical rule checks
PHYSICS
Physics
Will it work within its limits?
Calculates voltage, current, and power across the circuit, then checks each part against its ratings and tolerances.
- Real operating points
- Voltage, current, and power limits
- Worst-case component tolerances
First-principles calculations
PRC
Buildability
Can you actually build it?
Matches every component to the live catalog and confirms it can be sourced.
- Correct part and package
- Available component match
- Traceable part for every component
Live component catalog
Verified design·Every pass includes the information you need to review, approve, and send to the fab.
How it works
One design. One verification loop. A clear verdict.
Submit your design, then keep every revision in the same verify-to-fix loop. Ohmatic runs the same deterministic checks, returns actionable repair feedback, and issues a pass only when the design clears all three.
Get access
Ohmatic starts with a conversation.
Every design flow is different, so we scope yours before you get keys. We work out the right fit for your process together on the call.
01
See it on a real design
We run the three checks on a design like yours and walk through the verdict, the diagnostics, and the results that come back on a pass.
02
Scope your flow
Volume, integration path, the rules you need, and whatever your review process has to satisfy.
03
Get access for your workflow
Access is provisioned for your team once you are set up.
Book a demo
30 minutes, straight to your calendar. Prefer email? info@ohmatic.ai
Vision
Verification is what lets hardware design be automated.
Circuits can already be produced faster than anyone can check them, which is exactly why so few of them reach a fab. Verification is the layer that makes the rest usable — so we are building it as infrastructure for engineers designing today.
Vittoria Lanzo
CTO | Founder
Vittoria has spent her work finding where production systems are quietly wrong and fixing them, from performance patches merged into Prefect to research presented at EEML 2026. She sets Ohmatic’s technical direction.
LinkedIn ↗
Patricio Baez Saltos
CEO | Co-founder
Patricio has taken two companies from zero to revenue, most recently scaling MuffaPro to €100k a month in three months. He leads commercialization, fundraising and finance, with an MSc in Corporate Finance from Bocconi.
LinkedIn ↗
Ahmed Abdelrahman
COO | Co-founder
Ahmed builds production systems for regulated enterprise workflows at Zendata AI, named Google Startup of the Year Italy 2025. He works inside customers' design flows and turns their sign-off requirements into product.
LinkedIn ↗Verify your schematic before the fab does.
Bring a design to a 30-minute call and watch Ohmatic run the three checks on it.