>Design it.>Quote it.>Build it._
Design your system in Protoboard, validate before you fabricate, and let our engineers turn it into a working prototype.
Other platforms give your agent a canvas. Protoboard gives it validated hardware.
Every hardware design tool today makes the agent do the same expensive thing: read datasheets, guess at pinouts, and hope the parts fit. Protoboard describes components, interfaces, and connections in a structured hardware language, so an agent can reason about a design directly and Protoboard can check it deterministically before anything gets built.
OK:01Your agent reads a structured part definition, not a 200-page PDF. Pinouts, voltages, protocols, and mechanical constraints are already parsed. Less context per part means longer sessions, faster iteration, and lower bills.
OK:02Every connection carries its constraints. Protoboard checks voltage, protocol, timing, mechanical fit, and thermal limits across the whole system before you order a board. It can say no, with reasons and citations.
Try the validator →OK:03Design decisions live in project files, not in a chat transcript. Any agent, any editor, same context. Our engineers build every client project on the same platform you can use today.
Describe the project. Get a quote.
Send us a Protoboard board and the quote starts from a validated design, not a sketch. Faster scoping, fewer surprises. A paragraph works too.
One team. The whole system.
Delta Robotics engineers take a project from concept through design, build, and test. Every project runs on Protoboard, so what we hand you was validated before it was fabricated.
Our in-house controller for the Delta Robotics artificial muscle actuators. Power, sensing, and control on one board, designed and validated in Protoboard.
An exoskeleton platform that helps construction workers reach and work at heights that are otherwise out of reach.
A portable ventilator prototype. Proof that we build medical device hardware, where every connection has to be right the first time.
Schematics, layout, power, sensing, and board bring-up.
CAD, enclosures, mechanisms, actuation, and fit.
Control loops, sensing, connectivity, and safety logic.
Build, integrate, verify, and hand off with test evidence.
> MARKETS: Robotics // UAV systems // Wearables // Medical devices // Connected hardware_
