On trustworthy, ITAR-clean, US-built robotics for defense autonomy — provenance, actuation, embedded compute, and open interoperability.
The demos make perception look like the frontier. In the real world, actuation is the quiet bottleneck — and domestic actuator capability is strategic.
Closed proprietary interfaces fragment robotics and lock ecosystems to single vendors. An open accessory-interop standard is the quiet unlock.
Trustworthy defense autonomy needs actuation, embedded compute, and open interoperability you can account for — which is an argument for owning the stack, not assembling it.
As autonomous systems take on more responsibility, one question gets harder to dodge: where did every component come from? Why provenance is a design constraint.
ITAR-clean isn't a certificate you collect at the end. It's a design posture — clean by construction — that narrows sourcing and raises cost on purpose.