Jeff Poore’s Post

Weapon-target assignment is essential to executing operational missions with the highest success rate and a critical part of battle management. Check out this blog to see how #automation in battle management is facilitating optimal weapon-target assignment and fire support orders as increased levels of information continue to be introduced to warfighters. https://bit.ly/3RTw6hU #AI #drones #CUAS

When a dynamic set of #UAS targets is coming from multiple directions, engaging the right threat with the right weapon at the right time is no simple task. Actions taken now affect what actions are available in the future. Learn how to simplify tactical decision-making to gain the advantage in multi-threat #drone scenarios in this blog: https://bit.ly/3zoFGTf

Weapon-target assignment is essential to executing operational missions with the highest success rate and a critical part of battle management. Check out this blog to see how #automation in battle management is facilitating optimal weapon-target assignment and fire support orders as increased levels of information continue to be introduced to warfighters. https://bit.ly/3VU2qlQ #AI #drones #CUAS

A #drone swarm overwhelms targets by using mass and attrition in combination with decentralized maneuvers or combined fires from multiple directions. Tactical decision-making must not only prioritize which threat to counter, but also account for where each target is headed, how fast they are going and what effectors are available both at present and over a future time horizon. Learn how you can overcome battle management challenges in countering sUAS swarms in this blog: https://bit.ly/3LaxSY2

Just found this amazing article about the FCAS Project https://lnkd.in/eZrVJkyR It delves into the technological advancements made by the Future Combat Air System (FCAS) in the realm of drone warfare. FCAS has reportedly developed a cutting-edge swarm drone system designed to act as a superhunter in combat situations. This system involves the coordination of multiple drones working together in a synchronized manner, mimicking the behavior of a swarm of insects. These drones are said to operate autonomously, communicating with each other through a cloud-based network. This enables them to share information, adapt to changing battlefield conditions, and execute complex maneuvers with precision. It's a very interesting discussion about the implications of such technology for modern warfare, including its potential to revolutionize tactics, enhance situational awareness, and reduce the risk to human soldiers. Moreover, the article touches upon the ethical and strategic considerations surrounding the use of autonomous drone swarms in combat scenarios. It explores the challenges associated with integrating this technology into existing military frameworks and the need for robust cybersecurity measures to prevent potential vulnerabilities. Overall, presents a fascinating glimpse into the future of military technology and raises important questions about the evolving nature of warfare in an increasingly digitized world. Have you ever seen anything like this?

ATSC Supports JCO Counter Swarm Event At Yuma Proving Grounds   June 16-20, 2024, ATSC successfully demonstrated our marquee CUAS family of system, DroneSting™ during JCO Demo 5 at Yuma Proving Grounds. System performance showed significant effects on UAS swarms (up to 50 simultaneously) resulting in the mitigation and significant defeat of a mix of multi-rotor, fixed wing systems from UAS red teams. DroneSting™ EW demonstrated its unique characteristics of high mobility and long-range detect/defeat of multiple UAS in addition to its highly accurate kinetic effectors solutions. ATSC's DroneSting’s™ defense-in-depth approach is enhanced by its unique sensors and sensor fusion capabilities to defeat the threat of drone swarms with minimal operator inputs in a most stringent environment. Best-in-breed COTS equipment and simplicity of system architecture contribute to DroneSting™ being a best value proposition to defend and defeat nefarious UAS. ATSC's Commitment: “ATSC was honored to be selected for this very important and complicated test event by the Joint Counter Small Unmanned Aircraft Systems Office (JCO). We are passionate about delivering exceptional solutions worldwide to ensure the highest level of Force Protection to our DOD and international customers. Demo 5 was a successful event that served to inform Industry and Government alike so we can best collaborate to defeat the most complicated threat in today’s constantly evolving environment” states Paul Debs, President, ATSC, McLean, Virginia. Join the Conversation! Are you facing complex Force Protection challenges? Let's discuss how ATSC's CUAS solutions can elevate your security posture. Connect with us and see where we go! #ATSC #SensorTowerSolutions #BorderSecurity #SecurityTechnology #NationalSecurity #DHS #DoD #CUAS #CUAV #securitysolutions #towersecurity #AI #ML #USDoD #DHS #globalthreats

Although using human-machine teaming for picket, distributed, and mass strategies should be the ultimate goal, they all rely on reliable, secure, undetectable over-the-horizon communication. An intermediate step should be the use of unmanned vehicles within line of sight of manned platforms to act as magazine extenders and/or decoys. https://lnkd.in/exWdY5Rg

This review investigates and systematizes the main weaknesses affecting the Remote ID capability required of modern #unmanned #aerial #vehicles (#UAVs), and the approaches through which attackers can exploit these weaknesses to disrupt safety and accountability. Moreover, this article analyzes current solutions that mitigate privacy issues associated with Remote ID . ----Pietro Tedeschi, Fatima Al Nuaimi, Ali Ismail Awad, Enrico Natalizio More details can be found at this link: https://lnkd.in/gHTtMtgj