Quantum Cyber Files Patent with USPTO for Autonomous Naval Mine Countermeasure System Addressing Iran's Mining of the Strait of Hormuz and Trump Administration Homeland ...

Quantum Cyber N.V., a company specializing in AI-powered and quantum-accelerated defense systems, filed a provisional patent (64/066-872) with the U.S. Patent and Trademark Office for an Autonomous Distributed Naval Mine Countermeasure System. The technology is tailored to address Iran’s documented mining of the Strait of Hormuz, a critical maritime chokepoint carrying 20% of global oil supply, following the 2026 Iran war. U.S. Central Command confirmed Iran’s mine-laying, prompting navigational warnings and U.S. Navy orders to destroy Iranian vessels involved, while legacy mine countermeasure assets face operational strain." "The system operates autonomously using unmanned aerial vehicles (UAVs) to deploy semi-submerged survey pods equipped with multibeam sonar, magnetometers, and hydrophone arrays. These pods achieve over 85% mine detection accuracy and classify threats without personnel exposure. Upon confirmation, UAVs retrieve survey pods and deploy expendable neutralization pods that generate calibrated acoustic, magnetic, and pressure impulses to detonate mines selectively, minimizing collateral damage." "The patent filing follows U.S. Navy acknowledgments of a capability gap in autonomous mine countermeasures during the Strait of Hormuz crisis. Quantum Cyber’s system is designed for rapid deployment to active theaters, requiring no personnel in the water. The company is pursuing engagement with U.S. defense procurement stakeholders to accelerate adoption of the technology." "Quantum Cyber’s patent portfolio now includes this provisional application alongside a non-provisional utility patent for an EMP-shielding composite filament. The company’s CEO emphasized the urgency of the Strait of Hormuz crisis and the system’s readiness to address immediate military needs without risking sailor lives." "The technology leverages a tethered UAV communications relay to maintain persistent command and control, ensuring real-time connectivity between survey pods and ground stations. This architecture enables continuous monitoring and neutralization operations, even in high-risk environments.