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AI & IT

DARPA’s Wireless Network Defense program seeks to develop new technologies to help make wireless networks more resilient to unforeseen scenarios and malicious compromise

When in the field, military service members rely on their mobile devices to provide access to wireless networks in areas lacking a communications infrastructure. The protocols used for these networks determine the best config urations, and therefore trust all information shared about the security and operational state of each node. …

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DARPA Next Generation Social Science program seek new models, theories, and tools for predictive science of social phenomena

Military commanders require means for detecting and anticipating long-term strategic instability. They have to get ahead and stay ahead of conflicts, whether those conflicts are within nation states, between nation states, and/or between non-nation states. In establishing or maintaining security in a region, cooperation and planning by the regional combatant …

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USAF developing C4ISR that is based on AI, Integrated, Joint, Multifunctional and Multidomain ( air, space and cyber )

The Air Force must help develop new battle management networks and operating concepts as the Pentagon seeks to stay ahead of advanced adversaries, Deputy Secretary of Defense Bob Work had said. The ability to coordinate the operations of autonomous systems and other cutting-edge platforms and capabilities will be critical for …

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DARPA’s MUSE and PLINY used deep learning and analytics to automatically find software vulnerabilites of military and mission critical systems

As computing devices become more pervasive, the software systems that control them have become increasingly more complex and sophisticated. Consequently, despite the tremendous resources devoted to making software more robust and resilient, ensuring that programs are correct—especially at scale—remains a difficult and challenging endeavor. Unfortunately, uncaught errors triggered during program …

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ARGUS-IS, and ARGUS-IR are DARPA’s Real-Time, Day/Night, Drone Gigapixel Imaging and Surveillance systems in the sky

Our military forces are becoming increasingly dependent on current and reliable video data for the conduct of day-to-day operations. Our deployed forces are faced with many challenges to provide real-time situational awareness across their expansive areas of responsibility (AOR). Among the highest ISR requirements of our military services is the …

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DARPA seeking new tools and techniques for Modeling, Analysis and Design of Complex, Adaptive and disaggregated Military and Civilian systems

DARPA in recent years has focused heavily on the need to disaggregate complex military systems and to evolve a portfolio of “system-of-systems” architectures to better manage national security applications and improve the survivability and mission success of military platforms. A core remaining challenge, however, has been the lack of sophisticated …

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DARPA developing next generation of Ultra-stable and Super-precise portable Chip-Scale Atomic Clock (CSAC)

The ACES program aims to develop portable, battery‐powered atomic clocks with stability, repeatability, and environmental sensitivity approaching that of laboratory‐grade cesium beam frequency standards. “The history of human knowledge is reflected in our clock technology,” says Robert Lutwak, program manager for the agency’s Atomic Clocks with Enhanced Stability (ACES) project. …

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DARPA’s LORELEI for All language Real-time intelligence Analysis to support Disaster Relief and worldwide Military operations

U.S. Government operates globally and Understanding local languages is essential for effective situational awareness in military operations, and particularly in humanitarian assistance and disaster relief efforts that require immediate and close coordination with local communities. “In Nigeria, foreign troops hunt Boko Haram terrorists through areas using as many as 44 …

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Assured Nanosecond Accuracy Wireless Network Synchronization in GPS denied environment

Researchers of USC Viterbi School of Engineering, Segura, Niranjayan, Hashemi and Andreas Molisch, have experimentally demonstrated the first wireless network synchronized with nanosecond accuracy. They have developed a prototype, consisting of four nodes that synchronize to each other with an accuracy of approximately three nanoseconds. They also introduced a scalable …

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