What it takes to get your board onto the Oracova bench. Two paths, depending on whether you already have working firmware.
This is what the bench will stand in for.
From your documents, a custom DUT board is designed for your microcontroller and goes onto Augur One (in fabrication, first article pending). Designs for popular parts are published open source.
Plays your sensors and loads, protocol-exact, and runs the physics models in real time.
Each of the 10 slots takes a high-speed or a low-speed module; populate only the slots your signals need. Unusual signals get a custom module.
Built for your part, every pin routed to the base board. Your code runs on your real silicon, not a substitute part; the probe flashes, resets and inspects it live.
An AI agent does the work, with your confirmation along the way; it asks about your hardware and its physics rather than guessing. How long depends on your board: we scope it, with a number, on the call.
Already proven on Oracova development hardware. Only your product's physics is new, and it is built on that foundation, not from a blank page.
Digital buses connect directly; analog signals go through analog modules built for your board.
High voltage and high current stay off the bench. Your firmware still sees the same signals it would see in the product.
Bring your schematic. 15 minutes, no deck.
Email your schematic