Remote Prototyping: How We Built a Lab You Can Access From Anywhere

When we set out to build a remotely-accessible hardware lab, we had one core principle: the remote experience should be as good as being there in person. Not ‘good enough’ — actually equivalent or better.

That meant solving three problems: real-time visibility, reliable communication, and verifiable quality.

For visibility, every machine in our lab is equipped with cameras and sensor arrays. You see your part being machined in real-time. You see temperature data from 3D print beds. You see pick-and-place machines populating your PCBs. Not pre-recorded updates — live feeds with less than 2 seconds of latency.

For communication, we built a direct channel between you and the technician operating your build. Need to adjust tolerances? Add a feature? Change material? The conversation happens in real-time, and changes are implemented immediately.

For quality, every part goes through our inspection process before shipping. Dimensional reports, material certifications, first article inspections — the documentation that would normally require you to be on the shop floor is generated automatically and available in your dashboard.

The infrastructure behind this is complex, but the user experience is simple: upload files, book time, monitor builds, receive parts. That’s it.