Athlon Avia’s Post

At the AFCEA West conference, Admiral Sam Paparo, head of the U.S. Pacific Fleet, highlighted the strategic discretion behind the U.S. Navy's experiments with unmanned systems in the Pacific, aiming to keep advancements concealed from potential adversaries. The fleet is gearing up for Integrated Battle Problem 24.1 to further explore these capabilities, including standing up a second Unmanned Surface Vessel (USV) squadron. The Defense Innovation Unit (DIU) is actively developing prototypes for underwater drones and surface vessels to address specific Indo-Pacific Command (INDOPACOM) challenges, such as deterring China from attacking Taiwan, with a focus on deploying large numbers of drone systems for sea denial without risking human lives. These efforts are part of a broader strategy to leverage new digital tools and AI within the Joint Fires Network to enhance target data delivery speed and efficiency. However, integrating drones on a large scale presents logistical challenges that the Pacific Fleet must navigate, from deployment to sustainment, highlighting the ongoing competition with China in harnessing the information revolution and digital warfare advancements. #usnavy #unmannedsystems #pacificfleet #indopacom #drones #ai #militaryinnovation #jointfiresnetwork #defenseinnovation #china Source- https://lnkd.in/gkCxiAMM

The world is embracing the shift towards unmanned defence systems, with Ukraine launching the world's first Unmanned Systems Forces. According to Platoon UAV commander Oleksandr Yarmak, “This is an absolutely new structure in which nothing needs to be changed; instead, we can create new approaches.” Read more: https://lnkd.in/dExa6bF4 We are witnessing a significant shift, with drones emerging as pivotal technologies in modern warfare. As global military strategies evolve, the need for robust counter-drone systems becomes more pressing. At Indrajaal, we are revolutionizing counter-drone security and paving the way for the future of defense. We use AI to provide comprehensive capabilities to safeguard airspace, protect critical infrastructure, and support national defense strategies. Schedule a demo with us to learn more. #Indrajaal #UnmannedSystems #DroneSecurity #ModernWarfare #Ukraine #MilitaryInnovation #DefenseTechnology #CounterDrone #NationalSecurity

Ai halves the time needed to identify hard-to-find mines for the US Navy. The U.S. Navy uses AI-equipped underwater drones to scan for threats, including mines and submarines. Autonomous drones can navigate and map ocean floors, identifying potential hazards more efficiently than traditional methods. AI allows drones to process vast amounts of data, enhancing their ability to detect and classify underwater objects. This advancement in naval technology aims to improve maritime security and operational effectiveness. https://lnkd.in/gJBke65j

Advancements in Military Technology: Russia's GROM Drone Russia's GROM drone, showcased at Army 2024, is nearing production. This combat drone is designed to accompany manned aircraft, featuring: - 13.8m length and 10m wingspan - 7-ton max take-off weight and 2-ton payload capacity - Capabilities: bombing, anti-air defense, ground target attack, and collaboration with other aircraft GROM's development highlights the evolving landscape of military technology. Share your thoughts on the implications and potential applications of such drones in modern warfare. #militarytechnology #drones #GROM #Army2024 #defense"

The future of naval warfare is evolving rapidly, with the U.S. Navy increasingly integrating unmanned sea drones into its operations. These hybrid fleets are revolutionizing how naval missions are conducted, offering enhanced surveillance, flexibility, and operational efficiency. As Ocean Power Technologies continues to innovate in maritime autonomy, understanding these trends is crucial. Dive into this insightful article to learn more about the role of unmanned naval systems and their impact on global defense strategies. #NavalInnovation #UnmannedSystems #MaritimeAutonomy #DefenseTechnology #SeaDrones #HybridFleets #USNavy #OceanTech #MilitaryInnovation #MaritimeSecurity #OPT #OceanPowerTechnologies #DefenseStrategy

Drones 🛸— Ukraine 🇺🇦 A Ukrainian development team has developed a new combat drone designed to enhance the capabilities of the country’s defense forces. The unmanned aerial vehicle, named REX, was created by Armadrone in response to the operational needs and combat experience of Ukrainian military personnel, according to a Facebook post by the Brave Inventors platform. The REX drone is engineered for a range of missions, including reconnaissance, surveillance, and the deployment of various types of munitions. It can also be used for targeting adjustments during strikes. The drone is capable of identifying, tracking, and eliminating targets, and then assessing the impact of the strike. Depending on the mission, the UAV can carry between two and eight munitions, with a total payload capacity of up to 10 kilograms. https://lnkd.in/eCgTxzqi

A really interesting post from Mike with some data from the Covert Shores team. Single use AUVs. Smart, persistent (loitering?) underwater drones with torpedo level performance. A new weapons class entering service with all the bad guys (and not entering service quickly enough with western militaries). What is the DS solution to defend against this kind of thing ? Do you attack the system itself ? Do you attack it’s launch platform ? It’s like defending against torpedos with out the submarine to focus on. Is that an anti-submarine task ? Is that a mine sweeper task ? Is a whole new maritime counter technology required ?

🇨🇳🇺🇸🇹🇼 PLA details simulation with drone to counter US ‘Hellscape’ Taiwan plan China’s military has the ability to impose and maintain a blockade on an island solely with drones, according to a study released by the People’s Liberation Army. Meanwhile, drones are also the key to America’s latest plan for a military intervention over the island of Taiwan – a drone-only strategy dubbed “Hellscape”. The objective of the combat mission outlined in the paper was to form a blockade and control an unnamed island with a narrow shape similar to Taiwan’s terrain. In the simulation, the PLA employed four types of drones. Large and medium-sized drones, with good endurance as well as reconnaissance-and-attack capabilities, were launched from mainland Chinese military bases. Then PLA naval vessels deployed small composite-wing reconnaissance drones After numerous simulated battles, it was discovered that deploying more drones did not necessarily yield better results. Within a combat grid area, once the scale and diversity of drone formations reached a certain threshold, they could effectively control the island and its surrounding waters, suppressing the island’s armed forces and thwarting external aid. For more details — full article in the South China Morning Post #China #USA #Taiwan

🌊 Elevate Your Coastal Surveillance with Naval Drones 🌊 🗼Traditional towers have limitations in covering the entire coastal line, especially around curves. 🛩 While air drones are useful, they often fall short with limited battery life and range. 🚤 Naval drones, however, revolutionize coastal surveillance. They drastically extend both the range and duration of monitoring, ensuring comprehensive coverage of the coastal zone. Ready to enhance your coastal surveillance strategy? Discover the unmatched capabilities of naval drones today! #deepdock #naval #defense #autonomy #AI

Buliding Ukraine's defense future. Invisible reconnaissance drone with an intelligent control system have created in Ukraine by Ivan Kaunov Kateryna Bezsudna and @Bohdan Sas team. Last 6 month the team has been working on the creation of unmanned aerial. The first field tests have already been conducted and the developers are preparing the EW-resistant drone for combat missions, which will begin to be carried out by March. They are fundraising 7,500,000 UAH (150k£) for the Buntar 1 long-range reconnaissance complex.   The funds will go towards the production of three UAVs and a ground control station. A significant advantage on the battlefield is achieved through fire control over the occupied territory, as well as the ability to deliver precise strikes on enemy targets in the rear – in places where personnel and military equipment are concentrated. To accomplish such tasks, in addition to the means of attack themselves (HIMARS, ATACMS, JDAM), there must be reconnaissance tools capable of operating under the influence of enemy electronic warfare and transmitting reconnaissance data in real-time to confirm the presence of a target or adjust the impact. For more details - visit https://lnkd.in/etmCKbPg #UkraineTech #StandWithUkraine  #WakingUpRebel  #BuntarAerospace