OSCP

One Silicon Chip Photonics (OSCP) builds high‑performance, sovereign inertial measurement units (IMUs) and inertial navigation systems (INS) based on integrated photonics, enabling precise, reliable navigation in GPS‑ and GNSS‑denied environments for autonomous vehicles, drones, robotics, aerospace and defense platforms. OSCP’s Canadian‑designed and manufactured photonic IMUs deliver fiber‑optic–grade performance in a compact, low‑power, affordable, ITAR‑free form factor.

Conventional high‑end IMUs rely on bulky, expensive fiber‑optic gyros, while low‑cost MEMS devices struggle with drift and noise in demanding conditions. OSCP integrates optical gyroscope components such as, laser, phase modulators, and photodetectors onto a single photonic chip, achieving major reductions in size, power and cost versus traditional navigation‑grade optical gyroscopes alternatives, while surpassing MEMS accuracy for autonomy‑grade navigation.

OSCP’s IMUs are sold as open, sensor‑level building blocks so customers can fully own their navigation stack: you buy the IMU, feed raw inertial data into your own fusion algorithms and autonomy software, and keep complete control over data, models and mission IP with no vendor‑hosted black box. As a Canadian, ITAR‑free hardware provider, OSCP gives OEMs and system integrators sovereign control over both their data and their supply chain, without U.S. export‑control entanglement.

OSCP’s photonic IMUs are designed for GPS‑denied drones, robotics, rail, automotive, aerospace and defense applications where resilient, export‑friendly inertial technology and in‑country control of data, algorithms and mission software are critical. OSCP’s mission is to make high‑performance, sovereign and ITAR‑free inertial navigation as compact, efficient and scalable as the semiconductor processes it is built on - giving customers full ownership of their data, fusion and autonomy stack.