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Gaxos.ai Licenses Drone-Mounted Counter-UAS Technology to America First Defense

By FisherVista

TL;DR

Gaxos.ai's DDH license gives America First Defense a competitive edge in counter-drone technology, enabling scalable defense solutions for security and infrastructure protection markets.

The Detachable Drone Highjacker attaches to friendly drones and neutralizes enemy drones through targeted cyber operations rather than broad-spectrum jamming for precision defeat.

This technology enhances public safety by protecting critical infrastructure from hostile drones, making communities more secure and advancing defense capabilities for a safer tomorrow.

Originally developed at the Naval Postgraduate School, this drone-mounted electronic warfare payload uses cyber operations to selectively defeat hostile unmanned aircraft systems.

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Gaxos.ai Licenses Drone-Mounted Counter-UAS Technology to America First Defense

Gaxos.ai Inc. (NASDAQ: GXAI) announced that America First Defense has secured a license for the Detachable Drone Highjacker, a drone-mounted electronic warfare payload originally developed at the Naval Postgraduate School to counter hostile unmanned aircraft systems. This technology represents a significant advancement in counter-drone capabilities, moving beyond traditional broad-spectrum jamming methods to enable selective, precision defeat of hostile UAS through targeted cyber operations.

The importance of this development lies in its potential to address growing security threats posed by hostile drones. As drone technology becomes more accessible and sophisticated, the need for effective countermeasures has become increasingly critical for defense, security, and critical infrastructure protection. The DDH technology positions AFD to further develop and commercialize a scalable airborne counter-UAS capability that could protect military assets, government facilities, and essential infrastructure from drone-based threats.

Unlike conventional counter-drone systems that rely on jamming signals across wide frequency ranges, potentially disrupting legitimate communications, the DDH employs targeted cyber operations to neutralize specific threats. This precision approach minimizes collateral damage and allows for more surgical responses to drone incursions. The technology attaches to friendly drones, creating a mobile counter-UAS platform that can be deployed in various operational environments.

The licensing agreement enables AFD to develop and commercialize this technology for multiple applications. The implications extend beyond military use to include protection of critical infrastructure such as power plants, transportation hubs, and public venues. As drone threats continue to evolve, this technology provides a more sophisticated response option that could set new standards for electronic warfare capabilities in the counter-UAS domain.

For investors and industry observers, this announcement represents Gaxos.ai's continued expansion into defense applications within its portfolio of AI-powered solutions. The company's newsroom at https://ibn.fm/GXAI provides additional information about their developments across multiple sectors including defense, health and wellness, entertainment, and productivity. The full press release detailing this licensing agreement is available at https://ibn.fm/pzJud for those seeking comprehensive technical and business details.

The broader impact of this technology could reshape how security forces approach drone threats, potentially influencing defense procurement decisions and security protocols worldwide. As hostile drone incidents increase globally, solutions like the DDH that offer precision targeting without widespread disruption could become essential tools for national security and infrastructure protection. This development highlights the growing intersection of artificial intelligence, cybersecurity, and physical security systems in addressing modern threats.

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