Rocket One Partners with U.S. Air Force to Enhance Counter-Drone Technology and Security Measures
On October 6, 2026, Rocket One Inc., trading under the Nasdaq ticker RKTO, unveiled a pivotal patent licensing agreement with the U.S. Air Force. This agreement centers on a revolutionary technology designed to capture and neutralize hostile drones, effectively broadening Rocket One's portfolio within the counter-unmanned aircraft systems (counter-UAS) domain.
The agreement in question is a 12-month evaluation patent license, specifically pertaining to U.S. Patent No. 10,239,637 B2, which encompasses a "System and method for arresting and neutralizing unmanned vehicles." Through this partnership, Rocket One is granted rights to assess the application's potential across various sectors, including military-base protection, airports, homeland and border security, maritime and port security, and the safeguarding of critical infrastructure and governmental facilities.
At the core of this technology lies an innovative combination of physical containment and radio-frequency isolation mechanisms. The patent details a methodology whereby a drone-friendly unit deploys a containment system around a targeted unmanned vehicle, incorporating shielding to obstruct communications between the drone and its operator. Moreover, various configurations mentioned in the patent may potentially facilitate localized spoofing, jamming, and enhanced signal-intelligence functions.
Robb Knie, the CEO of Rocket One, remarked on the implications of this agreement, emphasizing how it enhances the company's defense technology offerings. "The ability to capture hostile drones while simultaneously cutting off their communications provides us with a unique capability that we aim to evaluate alongside our Swarm Stage AI platform. Our goal is to explore how this technology can bolster the protection of military installations, airports, borders, and critical infrastructures."
During the evaluation period, Rocket One intends to delve into various system configurations, testing methodologies, and simultaneously consider integrating this technology with its existing counter-UAS initiatives. Notably, the company envisions that complementing their Swarm Stage AI drone-swarm threat-emulation platform with an actual interception mechanism will yield profound insights, allowing for more effective training procedures against simulated aerial threats.
It is essential to note that while the capabilities delineated in the patent are promising, they remain under evaluation and testing phases and should not reflect current performance levels of Rocket One products. The licensing agreement grants rights strictly for evaluation purposes, indicating that any future commercial sales will necessitate additional rights and regulatory approvals. Furthermore, this agreement does not imply that Rocket One's technologies or products are endorsed by the U.S. Air Force.
Rocket One Inc. continues to focus on expanding its technology base, engaging in domains such as artificial intelligence infrastructure, advanced semiconductors, space defense systems, and autonomous platforms. They are making strides in advancing licensed spintronic and nanomagnetic computing technologies aimed at AI acceleration and radiation-resistant computing. Additionally, under Tracer Drone Technologies, a subsidiary of Rocket One, cutting-edge aerial solutions—comprising hardware, software, and FAA training—are being developed to facilitate public safety and commercial organizations in effectively managing their drone operations.
With this recent partnership, Rocket One is positioning itself at the forefront of developing vital defense technologies to address the growing challenges presented by hostile drone activities. As security threats continually evolve, this partnership with the U.S. Air Force may well set the stage for innovative solutions that ensure robust responses to aerial threats across various critical sectors.
The agreement in question is a 12-month evaluation patent license, specifically pertaining to U.S. Patent No. 10,239,637 B2, which encompasses a "System and method for arresting and neutralizing unmanned vehicles." Through this partnership, Rocket One is granted rights to assess the application's potential across various sectors, including military-base protection, airports, homeland and border security, maritime and port security, and the safeguarding of critical infrastructure and governmental facilities.
At the core of this technology lies an innovative combination of physical containment and radio-frequency isolation mechanisms. The patent details a methodology whereby a drone-friendly unit deploys a containment system around a targeted unmanned vehicle, incorporating shielding to obstruct communications between the drone and its operator. Moreover, various configurations mentioned in the patent may potentially facilitate localized spoofing, jamming, and enhanced signal-intelligence functions.
Robb Knie, the CEO of Rocket One, remarked on the implications of this agreement, emphasizing how it enhances the company's defense technology offerings. "The ability to capture hostile drones while simultaneously cutting off their communications provides us with a unique capability that we aim to evaluate alongside our Swarm Stage AI platform. Our goal is to explore how this technology can bolster the protection of military installations, airports, borders, and critical infrastructures."
During the evaluation period, Rocket One intends to delve into various system configurations, testing methodologies, and simultaneously consider integrating this technology with its existing counter-UAS initiatives. Notably, the company envisions that complementing their Swarm Stage AI drone-swarm threat-emulation platform with an actual interception mechanism will yield profound insights, allowing for more effective training procedures against simulated aerial threats.
It is essential to note that while the capabilities delineated in the patent are promising, they remain under evaluation and testing phases and should not reflect current performance levels of Rocket One products. The licensing agreement grants rights strictly for evaluation purposes, indicating that any future commercial sales will necessitate additional rights and regulatory approvals. Furthermore, this agreement does not imply that Rocket One's technologies or products are endorsed by the U.S. Air Force.
Rocket One Inc. continues to focus on expanding its technology base, engaging in domains such as artificial intelligence infrastructure, advanced semiconductors, space defense systems, and autonomous platforms. They are making strides in advancing licensed spintronic and nanomagnetic computing technologies aimed at AI acceleration and radiation-resistant computing. Additionally, under Tracer Drone Technologies, a subsidiary of Rocket One, cutting-edge aerial solutions—comprising hardware, software, and FAA training—are being developed to facilitate public safety and commercial organizations in effectively managing their drone operations.
With this recent partnership, Rocket One is positioning itself at the forefront of developing vital defense technologies to address the growing challenges presented by hostile drone activities. As security threats continually evolve, this partnership with the U.S. Air Force may well set the stage for innovative solutions that ensure robust responses to aerial threats across various critical sectors.
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