The U.S. Air Force recently revealed a groundbreaking initiative known as Model One, aimed at harnessing the potential of "digital twins" to enhance military operations. Digital twins are advanced computerized simulators that replicate real-world systems with remarkable accuracy. In this initiative, 50 top military simulations will be integrated into a unified system, enabling the military to better navigate the complexities of modern digital warfare. In light of the ongoing conflict in Ukraine, it has become increasingly evident that the rapid advancements in software and data technology are now the primary drivers of battlefield strategies, surpassing traditional hardware capabilities. The U.S. military is faced with the challenge of adapting to this new reality, where interconnected hyperwarfare necessitates sophisticated simulation and mastery. The urgency to keep pace with these developments is becoming more critical than ever before. https://lnkd.in/eQfGWrsa #AI #DigitalTwins #TheMissionStartsHere
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Although this seems to be a good use of technology, my wish is it is for peace. Not peace through war. But peace directly. The U.S. Air Force announced on Tuesday its latest initiative to unleash the power of “digital twins”—computerized simulators that mimic real-world systems with almost perfect accuracy. This bold effort, dubbed Model One, integrates 50 top military simulations into a unified system to adapt to the ever-evolving landscape of digital warfare. As the conflict in Ukraine underscores, the blistering speed of software and data, not industrial-era hardware, now drives the battlefield cadence. The U.S. military can’t currently simulate, much less master, such interconnected hyperwar.
Opinion | ‘Digital Twins’ Could Revolutionize Planes, Cars and Hearts
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Experienced technical project manager, trainer and presales solution consultant. Artificial intelligence enthusiast
Holistic AI for human-machine teaming (HMT) revolutionises modern warfare, command, and control. Militaries across the globe are leveraging this technology to combine the capabilities of intelligent humans and machines in concert to achieve desired military outcomes. HMT refers to employing AI and autonomous systems alongside human decision-makers, analysts, operators, and watchkeepers. At its core, HMT is a relationship with four equally important elements. This integration of technology and human expertise is the future of military strategy.
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Experienced technical project manager, trainer and presales solution consultant. Artificial intelligence enthusiast
Holistic AI for human-machine teaming (HMT) revolutionises modern warfare, command, and control. Militaries across the globe are leveraging this technology to combine the capabilities of intelligent humans and machines in concert to achieve desired military outcomes. HMT refers to employing AI and autonomous systems alongside human decision-makers, analysts, operators, and watchkeepers. At its core, HMT is a relationship with four equally important elements. This integration of technology and human expertise is the future of military strategy.
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🚀 Raytheon's leap into AI is set to transform defense technology🛡️ Raytheon, part of RTX, has secured two Mentor-Protégé agreements to enhance U.S. defense systems through advanced Artificial Intelligence technology collaborations. Over the next three years, Raytheon will collaborate with ANACAPA Micro Products, Inc., and Nara Logics. “The Mentor-Protégé Programme is an essential element of our overall supplier diversity small business strategy.” - Colin Whelan, President of Advanced Technology at Raytheon. This program, which has been in place since 1990, is set to bring cutting-edge commercial innovations to military applications, revolutionizing defense capabilities and decision-making processes. Read more about how Raytheon’s new agreements are poised to advance AI in defense and the potential impacts on military technology via the link below. 👇 https://lnkd.in/eWkryMS5
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After decades of research and development, the US military has made the decision to shift its focus away from a long-standing pursuit of powered armor. Instead, the military will turn its attention towards utilizing a "hyper enabled operator" - a cutting-edge tactical AI assistant - for its special operations forces. This strategic move reflects the military's commitment to advancing its capabilities in modern warfare. The concept of a powered exoskeleton, first introduced in the 1960s, has long captivated the imagination of military leaders and science fiction enthusiasts alike. However, after years of testing and investment, the challenges and limitations of this technology have led the military to pursue alternative options. This decision to prioritize advanced AI technology is a testament to the military's dedication to staying at the forefront of technological advancements. The "hyper enabled operator" will provide special operations forces with a valuable edge in the field, granting them enhanced situational awareness, communication capabilities, and decision-making capabilities. With the rise of global threats and ever-evolving warfare tactics, the US military remains committed to innovating and adapting to secure a safer future. This shift towards utilizing AI technology demonstrates the military's commitment to continuously evolving and elevating its tactical capabilities. Stay tuned for more updates on this exciting development and witness the next stage of the US military's technological evolution. #USMilitary #PoweredArmor #HyperEnabledOperator #SpecialOperationsForces #AI #Technology #Innovation #ModernWarfare.
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Eric Schmidt, former CEO of Google, chair of the Special Competitive Studies Project, an honorary KBE and founding partner of Innovation Endeavors "Exact figures are hard to discern, but estimates show global military expenditure has increased 34 per cent over the past five years. The five US prime defence contractors have all received significant new orders. This defence boom coincides with another technological revolution unfolding all around us: artificial intelligence. As increased defence budgets meet the AI revolution, procurement decision makers should favour weapons systems that are affordable, attritable and abundant. As a result, many more opportunities are coming for start-ups and defence unicorns. I’m investing in such start-ups because we need new capabilities to compete in this changing world. While there are substantive differences between the US and Ukrainian military, there are a number of important lessons to be learnt from the country’s conflict with Russia. Here are three that should help guide the military, our defence appropriators and our procurement specialists as we navigate the future."
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AI has the potential to shape nearly every facet of warfare, including defense innovation, industry supply chains, civil-military relations, military strategies, battle management, training protocols, forecasting, logistical operations, surveillance, data management, and measures for force protection. Generative AI serves as an enabler by reducing servicemember overhead and narrowing knowledge gaps, and it shifts-left critical decision-making capabilities. This enablement will allow forces, equipment, and sensors to fight faster, longer, and harder, with greater precision. Predictive AI can be used to identify the missile's electromagnetic signature and to either jam the signal and redirect the missile or direct interceptors to destroy the missile before it reaches its target.
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Eric Schmidt and Istari Digital CEO Will Roper published their #WSJ piece on the future of digital engineering. Istari Digital will prove an internet of models (#modelOne) is now possible with the United States Air Force. Read more at the link below!
Eric Schmidt and I are *excited* to share our #WSJ piece on the future of digital engineering. So compelling - yet so in need of an enabling software platform - Istari Digital will prove an internet of models (#modelOne) is now possible. First stop, the United States Air Force! US Navy Federal Communications Commission Lockheed Martin Boeing Leidos Northrop Grumman L3Harris Technologies General Dynamics General Atomics SpaceX Anduril Industries Palantir Technologies Dassault Systèmes Siemens Ansys United States Department of Defense United States Space Force US Army United States Marine Corps Defense Innovation Unit (DIU) AFWERX Air Force Materiel Command U.S. Army Materiel Command Air Force Research Laboratory Royal Air Force (RAF) McLaren Racing General Motors John Deere McKinsey & Company Google Amazon Microsoft Schmidt Futures The Wall Street Journal Ford Motor Company Toyota Motor Corporation Merck PTC
Opinion | ‘Digital Twins’ Could Revolutionize Planes, Cars and Hearts
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Eric Schmidt and Istari Digital's CEO Will Roper explore the transformative power of digital twins in their latest Wall Street Journal article, highlighting the potential to reshape industries and warfare while raising important questions about security and ethics. #digitaltwins #innovation #AI #WSJ #ModelOne #digitalengineering
Eric Schmidt and I are *excited* to share our #WSJ piece on the future of digital engineering. So compelling - yet so in need of an enabling software platform - Istari Digital will prove an internet of models (#modelOne) is now possible. First stop, the United States Air Force! US Navy Federal Communications Commission Lockheed Martin Boeing Leidos Northrop Grumman L3Harris Technologies General Dynamics General Atomics SpaceX Anduril Industries Palantir Technologies Dassault Systèmes Siemens Ansys United States Department of Defense United States Space Force US Army United States Marine Corps Defense Innovation Unit (DIU) AFWERX Air Force Materiel Command U.S. Army Materiel Command Air Force Research Laboratory Royal Air Force (RAF) McLaren Racing General Motors John Deere McKinsey & Company Google Amazon Microsoft Schmidt Futures The Wall Street Journal Ford Motor Company Toyota Motor Corporation Merck PTC
Opinion | ‘Digital Twins’ Could Revolutionize Planes, Cars and Hearts
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The U.S. Air Force's Air Mobility Command is leveraging a groundbreaking cloud-based tool, Artiv, developed by DEFCON AI, to address complex logistics challenges, particularly in the Pacific. Artiv employs artificial intelligence to perform detailed operational wargaming analysis in minutes, a process that traditionally took days. This efficiency enables Air Force planners to swiftly adjust logistics plans in response to disruptions like enemy attacks or natural disasters. As a part of a broader ecosystem of operational planning tools, Artiv is designed to enhance predictive capabilities and facilitate quick decision-making regarding logistics flows, considering factors such as cost-efficiency and timing. This innovation represents a significant step towards achieving revolutionary operational planning capabilities by 2025, aiming to ensure that logistics can be managed efficiently and effectively even in contested environments, thereby supporting the Pentagon's Joint All-Domain Command and Control efforts. #usairforce #airmobilitycommand #artiv #defconai #logistics #artificialintelligence #operationalplanning #militaryinnovation #pacificchallenge #jointalldomaincommand Source- https://lnkd.in/gNChJU9D
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