Engineering intelligence for zero-margin environments - from the wrist to the stars.

Our long-term north star is to bring reliable intelligence to the stars.

Software and AI agents fail where digital assumptions meet physical reality: noisy inertial sensors, Bluetooth dropouts, wearable thermal limits, and hardware variance. Emulators hide those failure modes until software reaches the field.

Autonomous systems operating in deep space, orbital operations, and remote planetary environments cannot rely on cloud patches or fragile software assumptions. They require fault-tolerant, self-verifying intelligence deeply integrated with physical sensors and actuators.

Three-Phase Infrastructure Roadmap

Phase I (Operational Today): Automated HIL Verification & Edge Systems. Commercializing the Device Truth Audit, scaling our physical Hardware-in-the-Loop (HIL) verification bench, and shipping production edge sensor-fusion and spatial MCP systems (SniperPulse, LOCI, Nerve).

Phase II (Near-Term Expansion): Dedicated Physical Integration Lab. Expanding our Washington State footprint into a dedicated commercial verification and co-location facility where partner engineering teams and government programs validate multi-device hardware and software systems under realistic physical constraints.

Phase III (The Horizon): The LINC Innovation Hub & Fab. A full-scale physical R&D laboratory and rapid-prototyping facility dedicated to building and certifying autonomous, fault-tolerant edge intelligence for extreme terrestrial and spaceflight missions.