Diagnose boards like your best tech.
Continuity takes a dead board from symptom to the one bad component — and shows your tech the exact pin to probe. Every part it names is a real, verified row in the schematic, so even a first-week tech can trust the call. No swap-and-pray; no scrapping boards you could have saved.
Repairable boards get thrown away.
Board-level faults are where repair gets hard — and where most shops give up. Diagnosis lives in a few senior techs’ heads; juniors swap parts on a hunch; and the documentation that exists is buried in PDFs, a dozen incompatible boardview formats, and forum threads that end with “did you ever fix it?” So good boards get scrapped.
Built for the businesses that fix boards at volume.
Turn scrap into stock. Every board you diagnose instead of discard is recovered resale value — hard-dollar ROI.
Your whole bench works at senior level — and you stop losing capability the day a tech walks out the door.
One consistent, auditable diagnosis across every technician and every site — not thirty different judgment calls.
An instrument, not a chatbot.
Four steps — the database carries every one.
The board becomes a graph: components, nets, pins, and connections, stored as rows in Aurora — not a flattened PDF.
A recursive trace walks the real power path from the symptom to the suspect part.
Every refdes the agent names resolves to a row, or it returns “no such part.” It cannot hallucinate one.
A deterministic checker re-runs each finding against the schematic; the fleet’s repairs become “which part fails, how often” — with no shop’s data exposed.
Don’t take the model’s word for it.
Open it yourself. The knowledge graph is rendered live from the database, and every diagnosis writes a verified, auditable record you can re-check against the schematic.
Stop scrapping boards you could fix.
Create your shop and run a diagnosis — grounded in the graph, verified by the database, and entirely yours.