Building Hardware Tools as a Remote Team
How our distributed team designs, tests, and ships physical product tooling without sharing a workbench.
#The Paradox
We're building tools for hardware engineers, but our team is fully remote. No shared lab, no communal oscilloscope, no whiteboard covered in circuit diagrams. How does that work?
#Simulation-First Development
Every feature starts in simulation. Before anyone touches a real board, we validate behavior in SPICE models and our own engine. This means most development doesn't require physical hardware at all.
#Distributed Testing
When we do need physical validation, each team member has a standardized test kit: an ESP32 dev board, a Raspberry Pi Pico, a logic analyzer, and a handful of common sensors. We run the same test scripts and compare results asynchronously.
#Async Communication
Hardware discussions are inherently visual. We use annotated screenshots, short Loom videos, and shared simulation files instead of meetings. A 3-minute video walkthrough of a wiring bug is worth more than a 30-minute call.
#What We've Learned
Remote hardware tooling development works when you invest in simulation infrastructure and standardized test environments. The tradeoff is speed — some things are just faster when you can point at a breadboard. But the talent pool you can access makes it worth it.