Maris-Tech reaches development milestone in quantum navigation technology

Maris-Tech Ltd. (NASDAQ: MTEK, MTEKW) announced a development milestone in its collaboration with Quantum Gyro Ltd. for quantum-based navigation technology targeting defense and autonomous systems.

Quantum Gyro has secured an exclusive license agreement with its parent company, Quantum X Labs Ltd., for quantum gyroscope technology intended for navigation and GPS replacement applications. Quantum X Labs filed U.S. Provisional Patent Application No. 64/000,184 on March 9, 2026, for nuclear magnetic resonance gyroscope technology.

The technology measures rotation by detecting shifts in the Larmor frequency of nuclear magnetic moments as they precess around an applied magnetic field. The companies are developing a hybrid navigation system that combines real-time AI processing with quantum-based gyroscope capabilities.

The quantum-based sensing system targets bias drift below 0.01 degrees per hour, a precision level typically associated with larger, more expensive navigation systems. When integrated with Maris-Tech's edge AI processing capabilities, the technology is designed to operate in GPS-denied or contested environments.

"We believe that our collaboration with Quantum Gyro represents an important step toward next-generation resilient navigation systems," said Israel Bar, Chief Executive Officer of Maris-Tech. "By combining Maris-Tech's AI edge processing capabilities with quantum inertial sensing, we aim to deliver a solution that allows aerial platforms to operate reliably even when GPS signals are unavailable."

Danny Noylander, Chief Executive Officer of Quantum Gyro, stated: "Quantum sensing technologies are opening a new frontier in precision navigation. Collaborating with Maris-Tech allows us to combine our quantum gyroscope innovation with advanced AI processing to create a powerful navigation solution designed for the most demanding aerospace and defense environments."

The technology targets applications in unmanned aerial systems, where drones typically rely on satellite navigation for guidance and stabilization. The joint technology is intended to enhance autonomy for unmanned aerial vehicles operating in contested environments where GPS signals may be disrupted.

You May Also Be Interested In

• Brown & Brown appoints Corey Lewis as retail global head of tax insurance
• Gold Resource Corporation schedules shareholder vote on Goldgroup merger
• Craig-Hallum Starts Aurora Innovation Inc (AUR) at Buy, PT $18