NAVIGATION IN GPS-DENIED ENVIRONMENTS
Delivering resilient, high-precision navigation solutions that operate across land, air, and sea.
Compact & Lightweight
Designed for tight payload budgets
Cost-effective scaling
Silicon manufacturing reduces component cost vs traditional FOG
High accuracy & low drift
Optical-grade performance from a silicon-based platform
Resilient
Maintains stability across temperature, vibration, and magnetic interference
Seamless integration
Compatible with PX4, ArduPilot, and standard navigation stacks
Rapid Startup
Fast initialization with built-in calibration routines for minimal downtime in the field.
Conquering the Impossible
The autonomous navigation market is exploding, driving a growing need for cost-effective high performance navigation sensors. ANELLO has developed a solution to meet this need, with a category-disruptive Silicon Photonics Optical Gyroscope - SiPhOG™. The technology, developed by ANELLO, utilizes an on-chip waveguide manufacturing process, integrated with a patented silicon photonic integrated circuit. Together, these enable Fiber Optic Gyro performance with a standard silicon manufacturing process.
WATCH MARIO PANICCIA, OUR CEO IN AN INTERVIEW AT CES 2024
Robotics
ANELLO’s SiPhOG™-based inertial navigation systems combine accelerometers and gyroscopes to bring exceptional precision, autonomy, and adaptability to robotics - from accurate maneuvering to autonomous operations.
Agriculture
ANELLO’s inertial navigation systems bring modern precision and data-driven insight to farming, improving crop management, yield optimization, and sustainable practices across today’s evolving agricultural landscape.
Defense
ANELLO’s state-of-the-art inertial navigation systems are engineered for defense operations in GPS-denied environments, providing the precision, reliability, and situational awareness needed to navigate complex missions securely.
Autonomous Vehicles
Powered by SiPhOG™ Optical Gyroscope technology, ANELLO’s inertial navigation systems deliver precise, dependable positioning and real-time awareness for self-driving cars, trucks, and other advanced autonomous platforms.
Maritime
Purpose-built for the world’s most unpredictable and GPS-denied waters, ANELLO’s SiPhOG™-powered inertial navigation systems deliver high accuracy, continuity, and resilience for commercial and defense maritime operations.
Unmanned Aerial Systems
ANELLO’s SiPhOG™-powered systems offer unparalleled precision, autonomy, and adaptability - enabling efficient, reliable, and safe operations for commercial and defense aerial platforms operating in GPS-denied environments.
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Construction
In the fast-paced world of construction, ANELLO’s advanced inertial navigation systems provide precision, ruggedness and real-time data that enhance productivity, efficiency, and safety - helping every vehicle reach its destination flawlessly.
Energy & Infrastructure
Enhances the accuracy, stability, and reliability of inspection systems used in energy, utilities, and infrastructure monitoring—supporting mission-critical operations in GPS-denied or hazardous environments..
OUR NEXT-GENERATION INERTIAL NAVIGATION SENSORS DELIVER:
Accuracy
ANELLO has developed an ultra low-loss on-chip waveguide manufacturing process with all the benefits of Optical Gyro performance integrated onto a silicon photonic circuit platform.
Performance
The dimensional volume is significantly reduced compared to a traditional FOG while maintaining the low-drift in challenging environments
Cost Savings
The integrated silicon photonics solution substantially reduces the cost compared to traditional FOGs of equivalent performance.
DEFENSE DISRUPTORS: ANELLO RETHINKS NAVIGATION IN A GPS-DENIED WORLD
NextGen Defense spotlights ANELLO redefining military tech, cutting through the hype to examine the innovations driving the future of defense.
LATEST NEWS
ANELLO was selected for a Small Business Innovation Research Phase II due to its innovative optical gyroscope technology and its unique sensor fusion engine following their selection as an "N234-P02: NAVAIR Open Topic for Logistics in a Contested Environment".
