AI-driven hardware development. Send us what your device should sense and do. Get a finished, working product at a fixed price and a fixed timeline.
Hardware is slow because the disciplines were split apart decades ago and never put back together. That split was an artifact of the tools, not a law of engineering.
Each discipline owns one slice of the device. Nobody owns whether the whole thing works.
The board is done before the enclosure is drawn. The firmware waits for both. Every interface is a meeting.
Each spin is a fab order, a two-week wait and a surprise. Timelines are guesses. Prices are quotes on quotes.
Pick what it senses, what it does, where it lives and what it thinks with. Every option maps to a validated module. When the flow completes, the device is buildable and the price and lead time are fixed.
Every sensor here is a validated module with known cost and drivers.
The actuator or output stage. Power electronics and drivers included.
Where the device lives sets the ingress rating, the material and the mounting.
Compute class sets power budget, connectivity and what the firmware can do.
We can promise a price and a date because the parts of a device that used to be re-engineered on every project are now a library, a supply chain and a growing body of evidence.
Sensors, drivers, power stages and enclosures that have already shipped. Each one carries its schematic, footprint, firmware driver and test record.
Board, stencil, assembly and enclosure costs pulled from live supplier pricing, not a guess padded for safety.
Every device we ship feeds back into the library: what failed on the bench, what the fab flagged, what took longer than modeled.
One team owns the whole device from intent to the box in the mail. There is no handoff to fall through.