Viewbix Subsidiary Files U.S. Patent for Quantum NMR Gyroscope Targeting GPS-Free Navigation

2026-03-20 11:01:00 ET

Viewbix Inc. (NASDAQ: VBIX) announced that its subsidiary Quantum X Labs has filed a U.S. patent application for a novel nuclear magnetic resonance (NMR) gyroscope, a technology designed to reduce--and potentially eliminate--dependence on GPS for navigation.

The development positions the company within the emerging market for next-generation navigation systems, particularly in environments where GPS signals are unreliable or unavailable.

Advancing GPS-Independent Navigation

The patented technology focuses on an NMR-based gyroscope, a highly precise sensor that measures rotation using quantum properties of atomic systems rather than traditional mechanical or optical methods.

Such systems are designed to operate in "GPS-denied environments"--including military, aerospace, and underground or urban settings--where satellite signals may be jammed, spoofed, or inaccessible.

Quantum X Labs has been actively developing gyroscope technologies aimed at delivering orders-of-magnitude improvements in precision compared to legacy systems, signaling a potential leap forward in navigation accuracy.

A Strategic Bet on Quantum Navigation

The patent filing builds on Viewbix's broader strategy to expand into quantum technologies and advanced navigation solutions, following its recent acquisition of Quantum X Labs and its intellectual property portfolio.

Quantum navigation systems--including gyroscopes, atomic clocks, and quantum sensors--are gaining attention as critical infrastructure for:

• Defense and aerospace applications
• Autonomous vehicles and robotics
• Secure positioning and timing systems
• Telecommunications and critical infrastructure

The ability to navigate without GPS is becoming increasingly important as reliance on satellite systems exposes vulnerabilities to jamming, spoofing, and cyber threats.

Why NMR Gyroscopes Matter

NMR gyroscopes leverage nuclear spin dynamics to measure orientation with extreme precision, offering potential advantages such as:

• Higher accuracy and stability over long durations
• Reduced susceptibility to external interference
• Ability to function independently of external signals

These characteristics make them particularly valuable for mission-critical systems where reliability and security are essential.

A Growing Market Opportunity

The global market for quantum-based navigation technologies is expected to grow rapidly in the coming years, driven by increasing demand for secure, resilient positioning systems.

Industry forecasts suggest the quantum navigation market could expand at a strong double-digit rate through the next decade, reflecting widespread adoption across defense, transportation, and industrial sectors.

As governments and enterprises prioritize navigation resilience and sovereignty, technologies that reduce dependence on GPS are becoming strategically important.

The post Viewbix Subsidiary Files U.S. Patent for Quantum NMR Gyroscope Targeting GPS-Free Navigation appeared first on PRISM MarketView .

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