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In my latest analytical piece for 19FortyFive, I examine the evolution of warfare in Ukraine. #Drones, sensors, and even civilian #OSINT enthusiasts are making the battlefield more 'transparent'. This has had two major impacts: 1️⃣ Troops have to disperse to survive because larger massed formations are more easily detected and destroyed thanks to improved #ISTAR capabilities. 2️⃣ The offence-defence balance has shifted to defence because attackers struggle to achieve surprise. https://lnkd.in/ejFwUYyY

Anura provides operators with multiple mechanisms to interact with teams of heterogeneous UAS through a single interface. These features range from tasking each UAS via callsign (“Rhino, go to 150 feet and fly route red”) to assigning multiple robots to a team and providing a single, high-level order (“Team, search NAI 1”). In this video, Jordan tasks both a Teal 2 and a Skydio X2D through natural language by using their individual callsigns. Anura enables human-machine integrated formations by providing the warfighter with a natural interface for “quarterbacking” multiple platforms across the Army’s sUAS portfolio (SBS, SRR, MRR, LRR), Launched Effects, as well as UGVs. Connect with Lee Ritholtz and Kevin Cuomo on-site at #AUSAGlobal to learn more about Anura! Army Rapid Capabilities and Critical Technologies Office Army Futures Command PEO Aviation Program Executive Office Soldier ( PEO Official Page) Next Generation Combat Vehicles Cross Functional Team Defense Innovation Unit (DIU) #Autonomy #Drones #HumanMachineIntegration #USArmy

🚀 The future of warfare is here! The U.S. Army is testing armed "robot dogs," specifically the Ghost Robotics Vision 60, in the Middle East. These AI-enabled quadrupedal vehicles are not just for show – they come equipped with advanced targeting systems and AR-15/M16-pattern rifles, primarily focused on counter-drone operations. Key takeaways: - **Enhanced Capabilities**: The robot dog can autonomously identify and track aerial threats, while still requiring human approval for engagement. - **Operational Versatility**: From explosive ordnance disposal to perimeter security, these robots are designed to navigate tight spaces and reduce risks to human soldiers. - **Strategic Edge**: With increased threats from drones, this tech could change the game, allowing for better vantage points and enhanced surveillance. However, with innovation comes ethical considerations. As military tech evolves, how do we balance advancements with accountability? What are your thoughts on the implications of armed robotics in warfare? Let's discuss! 🔗 Read the full article for more insights: https://lnkd.in/exXAnu3X

Hello LinkedIn Professionals! I'm thrilled to share my latest exploration into the U.S. Air Force's innovative steps in autonomous technology, particularly by testing the sophisticated XQ-58A Valkyrie drone. 🚀🛰️ This July, the Kratos-made UAV completed a significant three-hour sortie near Eglin Air Force Base, Florida. For the first time, it relied on artificial intelligence algorithms honed through extensive simulations, collaborations with the experimental F-16 jet X-62 VISTA, and other pivotal events. This milestone in AI and autonomy is a glimpse into the future of military technology. 🌐🔧 The Valkyrie's development is part of the broader Skyborg program and closely tied to the Collaborative Combat Aircraft (CCA) initiative. The Air Force envisions pairing human pilots with CCAs, increasing flexibility and firepower in operations. This represents a significant shift in combat strategy, merging human expertise with AI precision. 🤖✈️ The potential uses for these uncrewed aircraft are vast, from reconnaissance and intelligence gathering to jamming signals, serving as decoys, and even striking targets independently. It's a transformative approach to military operations, offering a glimpse into the future of warfare where technology and strategy converge. 🌟🛠️ #AirForceInnovation #AutonomousTechnology #ValkyrieDrone #AIinDefense #MilitaryStrategy #FutureOfWarfare #SkyborgProgram #CCATechnology #RoboticsInAviation #AeroSpaceScribe I'm eager to discuss how these technological advancements reshape military strategy and the broader implications for defense and security. How do AI and autonomous technology influence future military operations and global security dynamics? 🌐💬 #DefenseTechnology #AIAdvancements #MilitaryTactics #GlobalSecurity #InnovativeWarfare #StrategicDevelopment #TechnologyInMilitary #FutureTrends #CollaborativeCombat #AIIntegration

I believe that the integration of AI and autonomous technology in military operations marks a profound shift in strategy. The ability to pair human expertise with AI precision, as demonstrated by initiatives like the Collaborative Combat Aircrafts (CCAs), opens new frontiers in flexibility and firepower. The potential applications, from reconnaissance to independent target striking, not only enhance operational efficiency but also introduce a level of strategic versatility previously unseen. In terms of global security dynamics, the deployment of advanced AI-driven military technologies raises important considerations. It introduces a new dimension to warfare, where the interplay between human decision-making and AI capabilities becomes pivotal. The evolving landscape demands a careful examination of ethical, legal, and strategic implications. As we witness these advancements, it prompts crucial discussions on defining responsible use, addressing potential risks, and ensuring that technology aligns with broader international security frameworks. The collaborative efforts in the Skyborg program and the development of autonomous technologies like the XQ-58A Valkyrie drone exemplify a commitment to staying at the forefront of innovation. As these technologies continue to evolve, ongoing dialogues and international cooperation will be essential to navigate the complexities and ensure a secure and ethically sound future. #AIInMilitary #GlobalSecurityInTech 🌐🤖

The future of warfare is rapidly changing with the rise of AI-powered drones. As seen in the ongoing conflict between Ukraine and Russia, the use of drones equipped with Artificial Intelligence has proven to be a game-changer on the battlefield. These machines have the ability to gather intelligence and engage targets independently, posing a new challenge for traditional military tactics. The advantages of AI in warfare include increased efficiency and precision in targeting enemy forces, potentially reducing casualties on both sides. However, the integration of AI also brings about ethical concerns and the potential for uncontrollable autonomous weapons. As we continue to see the development and use of AI in military operations, it begs the question: What are the implications for the future of warfare? Hi, 👋🏼 my name is Doug, I love AI, and I post content to keep you up to date with the latest AI news. Follow and ♻️ repost to share the information! #aiinwarfare #dronetechnology #militaryethics

In two conflict-ridden decades, unmanned combat and reconnaissance systems have gone from being exotic capabilities fielded by a handful of armed forces to ubiquitous staples of military conflicts across the globe by state and non-state actors alike. We lie on the cusp of a new revolution in unmanned warfare as advances in sensors and artificial intelligence are poised to allow a growing range of uncrewed systems to perform their missions with much more limited direction from their human operators. Read the full article: https://lnkd.in/e6HRReUC #uas #ai #defense #unmannedsytems Kratos Defense and Security Solutions Shield AI Anduril Industries General Atomics

The Future of Warfare: Military Robots Market Set to Double by 2030 The global military robots market is projected to reach $42.6 billion by 2030, driven by advancements in AI, automation, and increased defense budgets. Discover how unmanned systems are reshaping defense strategies and reducing human risk on the battlefield. 👉 Read our in-depth analysis: https://lnkd.in/d842_yDb #MilitaryRobots #DefenseTechnology #AI #MarketInsights

About operational surprise and transparent battlefield As of 2024-08-08, it's clear that Ukrainians have achieved not only tactical but operational surprise at Kursk. Apparently, they have concentrated no less than two full mechanized brigades, and the advance rhythm is far from the usual costly and glacier-like pace of this phase of the war. The scope and final result of this offensive remain to be seen, but it has shown beyond any doubt the facts stated above. This is truly remarkable. Allegedly, the vast numbers of all kinds of drones on both sides make it almost impossible to concentrate forces before movement without being detected in hours, if not minutes. From that, movement is supposed to be tracked in real-time, and the commander in charge of the defense can choose the optimal combination of effectors for first blunting and then stopping the attacking forces. During the last months, it was less and less frequent that armored forces ventured close to the contact line because of the inevitability of being detected and then attacked until mobility kill or direct obliteration. Besides the transparent battlefield, there is the distributed mass of effectors. Not only drones, of course, but nevertheless, a lot of cheap and effective FPVs are used against any valuable target in the needed numbers. It's becoming less and less possible to advance kilometers without being stopped or destroyed by a combination of effectors. And nothing like that is happening. The inventors of distributed mass of drones are showing the world that in some cases, it's possible to group, concentrate, and advance. Possibly Russian commanders didn't dedicate too many unmanned ISR resources to this part of the frontline because of their focus on obtaining as many advances as possible in the contested areas. General disruption is so overwhelming that it makes it really difficult to distill learned lessons by extrapolating for specific scenarios. This very offensive is actually a warning for the Ukrainians, because they also have a sizeable frontier capable of receiving a comparable offensive. And for NATO forces: a chain is as strong as its weakest link, and because of that, if a transparent battlefield is demanded, there is a threat of false transparency if some area during some time is not sufficiently covered with ISR drones. Mass distributed drones are here to stay... and grow. We all are going to need an unprecedented amount of sensors, vectors, and effectors if we want to retain our past advantage against any other force.