ANELLO Photonics Debuts Aerial INS to Extend GPS-Denied Navigation Leadership into Airborne Systems

New updates have been reported about ANELLO Photonics.

ANELLO Photonics has introduced the ANELLO Aerial INS, an inertial navigation system that brings the company’s silicon photonics gyroscope technology into a purpose-built airborne platform for defense and commercial UAV markets. Centered on ANELLO’s SiPhOG optical gyroscopes and dual, triple-frequency GNSS receivers, the system targets BVLOS drones, VTOL UAS, ISR and special-mission aircraft, cargo UAVs, and other autonomous aerial vehicles that require resilient navigation in contested or degraded GPS environments. The Aerial INS is driven by an EKF-based sensor fusion engine and flight-profile-optimized algorithms, delivering more than 98% navigation accuracy without dependence on cameras or fiber-optic cables and holding unaided heading drift below 0.5 degrees per hour during GNSS outages. According to co-founder and CEO Dr. Mario Paniccia, the product is designed to allow platforms to maintain course and complete missions under jamming, spoofing, multipath, and full GPS loss, while staying within size, weight, and power (SWaP) constraints critical for airborne systems.

Strategically, the Aerial INS extends ANELLO’s assured navigation portfolio from land and maritime into the air domain, reinforcing its positioning as a cross-domain provider of GPS-denied navigation solutions. The unit integrates with common flight stacks such as PX4 and ArduPilot, offers standard avionics and timing interfaces, and outputs NMEA-compliant GNSS data, enabling drop-in replacement for conventional GNSS receivers and lowering integration friction for OEMs and defense contractors. The system includes GNSS spoofing detection and robust holdover capabilities, directly addressing growing electronic warfare threats and supporting warfighter survivability, a capability publicly endorsed by partner Firestorm, which highlighted the importance of small, lightweight, GPS-resilient solutions for future combat missions. ANELLO notes that its products have already undergone multiple U.S. Department of Defense operational tests and are shipping to a broad customer base, underscoring commercialization traction ahead of this airborne expansion. The Aerial INS is available for evaluation immediately, with volume production scheduled to begin in Q2 2026, positioning the company for potential revenue growth as defense and autonomous aviation customers seek higher-assurance navigation in increasingly contested electromagnetic environments.