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How is AI advancing 21st century security
Speed isn’t just an advantage — it’s mission critical. In modern combat, data overload can slow down decisions when seconds matter most. That’s why we’re helping the @U.S. Navy integrate AI into combat systems — to declutter the battlefield picture, surface real-time insights and keep commanders focused on what matters most. From instant analysis to smarter decisions, AI is reshaping the future of defense.
Source: Lockheed Martin
Prime Minister unveils StormShroud
The RAF has brought a new UK-made drone into service, using signal-jamming technology to disrupt enemy radar and help protect British aircraft in combat. StormShroud drones carry electronic warfare systems that are designed to confuse air defence systems, shielding aircraft like the Typhoon and F-35 during missions. The MOD says it marks a “step change” in capability, offering high-end electronic warfare without the need for crew on board, and freeing up personnel for other tasks. The system was unveiled during a visit by the Prime Minister to Leonardo UK.
Andrew Kinniburgh, MakeUK at DPRTE
DPRTE: MakeUK
Mine Plough: Driving Operational Advantage
A remote-controlled mine plough will soon be tested by the British Army helping to keep soldiers safe and bring operational advantage. The high-tech, life-saving device was created by the Defence Science and Technology Laboratory (Dstl) working in partnership with industry partner Pearson Engineering Ltd.
The system is designed to keep soldiers out of harm’s way while clearing minefields faster and safer. The minefield breaching prototype, named WEEVIL, represents a significant advance in military capability. The system can be adapted to work with any suitable vehicle platform, including military vehicles that are being retired from service.
WEEVIL combines proven vehicle technology with an innovative mine-clearing system. Dstl’s science and technology is vital to keeping our Armed Forces safe and the UK secure. Its mission is to deliver operational advantage at pace, shape the defence and security landscape, prepare for the future, leverage and influence internationally. Dstl gives the UK a battle-winning edge across science, technology, cyber and information. It offers expert advice allied to inside knowledge, and underpinned by deep operational understanding of defence and security needs.
UK's Hypersonic Breakthrough A New Era
Lockheed Martin AI Center: The Forefront of Innovation
The need for capabilities that offer cutting-edge analysis, near real-time data and secure software is more critical than ever. To meet this demand, we’re collaborating with Google to integrate their generative AI into our AI Factory. Together, we’ll work to train, deploy and sustain high-performance AI models, helping ensure enhanced national security and providing necessary tools to stay ahead in an ever-evolving landscape. Watch as we explore the exciting future of AI-driven solutions for defense and intelligence.
How do you get a British Army Challenger 2 tank across a river?
Ever wondered how a 62-ton Challenger 2 tank makes it across a river? Join us in this exciting video as British Army soldiers give you an exclusive tour of the M3 Amphibious Rig. This engineering marvel is designed for one of the military’s most challenging tasks: bridging vast water obstacles. Discover the robust pontoons, cutting-edge controls, and innovative design features that make the M3 Amphibious Rig one of the most advanced military vehicles in the world. We will take you through its impressive capabilities and show you how it transforms rivers into highways for heavy military equipment.
Sikorsky successfully flies Rotor Blown Wing UAS in Helicopter and Airplane Modes
Sikorsky, a Lockheed Martin company has successfully validated the advanced control laws to successfully fly a ‘rotor blown wing’ uncrewed aerial system (UAS) in both helicopter and airplane modes. Powered by batteries, the 115 pounds (52kg) twin prop-rotor prototype has demonstrated operational stability and maneuverability across all flight regimes, and the potential to scale the unique vertical take-off and landing (VTOL) design to larger sizes requiring hybrid-electric propulsion.
CETUS, the Royal Navy's first XLUAV, sets a new benchmark in underwater autonomy
The Royal Navy has taken a significant step forward in underwater autonomy with the launch of CETUS, its first extra-large underwater Autonomous Vehicle (XLUAV) technology demonstrator. Designed, engineered and built entirely in Britain, CETUS marks a pivotal moment in the nation’s maritime innovation. Developed by Plymouth-based technology firm MSubs Ltd under a US$27.3m contract awarded in November 2022, CETUS represents the latest advancement in naval autonomous systems. The substantial investment highlights the UK’s commitment to strengthening its underwater warfare capabilities through cutting-edge technology.
Source: Military Center Line
