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How is data reshaping modern warfare? We aid in readying contemporary forces by amalgamating data from diverse channels, encompassing AI and simulations, to decipher the intricacies of peer and near-peer adversaries. This invaluable information bolsters decision-making, facilitating the development and fine-tuning of formidable defense tactics, amplifying operational efficiency, and priming warfighters for a connected combat zone. Explore our innovative approach to this pivotal transition at ThreatTec.com.

How is data reshaping modern warfare? We aid in readying contemporary forces by amalgamating data from diverse channels, encompassing AI and simulations, to decipher the intricacies of peer and near-peer adversaries. This invaluable information bolsters decision-making, facilitating the development and fine-tuning of formidable defense tactics, amplifying operational efficiency, and priming warfighters for a connected combat zone. Explore our innovative approach to this pivotal transition at ThreatTec.com.

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.

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.

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.

"#WearableDevices allow #RealTimeMonitoring, not only of the status of the individual but also of events unfolding on the battlefield. 'Complex events are often accompanied by strong fluctuations in #PhysiologicalSignals. The fusion of environmental information, location information, and the results of an analysis of multiple physiological states can effectively improve the accuracy of an emergency’s identification,' the authors explained, thus making each #Warfighter a #DataProducer (and #Consumer)." https://lnkd.in/eHVrYJs6.

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

The US Army is moving in a new and exciting direction with how it is leveraging the spectrum of sensors at its disposal. During last week's warriors corner event, the Army ISR Task Force Director Mr. Andrew Evans, and newly appointed All Domain Sensing-Cross Functional Team (ADS-CFT) Director Mr. Mike Monteleone, outlined their vision for how the Army intends to utilize traditional and non-traditional #intelligence data streams to achieve #sensing at the tactical edge, and in a geographically dispersed operating environment. 🗺 “Most of our major combat systems today either are, or will be, built on digital backbones, which means they are running on thousands of micro services and micro sensors. We have to find a way to connect all that because those are sensors across the battlefield--Those are not your big, exquisite, expensive intel sensors of old. These are sensors that help us optimize combat systems. Why can’t they help us optimize the way we sense in distributed ways?” Evans pointed out. #Modernizing intelligence and sensing capabilities for the #FutureWarfighter is no small feat and it will take the collective efforts of both the AISE and acquisitions communities to realize this future. The Army ISR Task Force looks forward to facing these challenges and creating new opportunities for collaboration with our teammates at the ADS-CFT. https://lnkd.in/grW2-jck

As global conflicts rise and defence budgets soar, Eric Schmidt, former CEO of Google, highlights the critical intersection of #defence spending and the #AI revolution. In his opinion, military procurement must shift toward affordable, abundant, and adaptable systems to address modern warfare challenges. As defense budgets grow, innovation, not just spending, will shape the future of military power. While this article focuses on the US, many of the same recommendations are highly relevant for the EU as well, particularly as European defense initiatives expand in response the key lessons from #Ukraine’s conflict with Russia: - Modernizing stockpiles: Retool the defense industry, not just reload with traditional, expensive systems. - Resilient communication: Systems must function even in contested environments with electronic warfare, using technologies like quantum navigation and visual odometry. - Asymmetric warfare: Cost-effective, numerous alternatives are essential to counter the risks of expensive systems being outmatched by cheaper technologies. #DefenceInnovation #AI #QuantumNavigation #AsymmetricWarfare #EUDefence

Tomorrow marks the Atlantic Council's Software-Defined Warfare Commission meeting, and we're proud that Latent AI, Inc.'s Co-Founder & CEO Jags Kandasamy is an appointed Industry Commissioner. This role gains added significance in light of today's report by the Commission on Defense Innovation Adoption. The report underscores the urgent need for rapid adoption of new technologies by the Defense Department to address threats from China and Russia. Read the report here: https://lnkd.in/eb-s4Q2U Jags' involvement with the commission, co-chaired by former Secretary of Defense Mark Esper, reflects our dedication at Latent AI to developing secure, optimized AI technology for the edge, directly aligning with the DoD's goals for faster technology procurement and deployment. This appointment is a testament to our commitment to national security innovation and the critical need for accelerated technological advancement in defense. Discover more about our impact and the significance of the commission's findings at: https://lnkd.in/gfBF7fPi Jags Kandasamy | Sek Chai | Scott Ostrowski