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Shield AI's Hivemind software enables AI-powered mission planning, autonomous navigation, and multi-agent coordination across unmanned systems. Image: Shield AI

Greece Eyes AI Pilot for Unmanned Systems With Shield AI Partnership

New US-Greek defense partnership will integrate mission autonomy software into unmanned platforms.
Anthropic | US Department of Commerce. Image: US Department of Commerce/Facebook

US Walls Off Anthropic’s Frontier AI Over Foreign Military Exploitation Fears

Washington is testing whether export-control laws can be applied to advanced AI, opening a new front in debates over national security, cybersecurity, and global access to frontier models.
MARSS' NiDAR command-and-control platform integrates sensor data and AI-driven analytics to support counter-drone operations. Image: MARSS

EOS to Launch AI Command-and-Control Hub in France

The Australian defense company is establishing a major European center in France to advance sovereign counter-drone, AI, and command-and-control capabilities.
Satellites in orbit above Earth. AFRL and PiLogic are exploring explainable AI to improve satellite health monitoring and autonomy.

Can AI Predict Satellite Failures Before They Happen? The US Air Force Wants to Find Out

An AFRL collaboration aims to bring explainable, causally grounded AI into spacecraft operations, improving early fault detection and trust in autonomous satellites.
A soldier uses Thales' GLADIATOR Live Training system during a military exercise, providing real-time data collection and analysis to support performance assessment and After Action Reviews. Image: Thales

Thales Launches ‘Gladiator’ AI Platform for Military Training Analysis

The Gladiator Training Data Analytics platform uses artificial intelligence to process exercise data, automate performance assessments, and deliver rapid operational insights for military trainers and commanders.
Airman 1st Class Orlando Saenz, services specialist, 184th Force Support Squadron, finds a Pokéstop in the airpark at McConnell Air Force Base July 27. The purpose of Pokémon Go is to get gamers off the couch and out in the community through an interactive game.

Pokémon Go Data Quietly Trained AI for Drone Battlefield Mapping

The imaging solution powers a visual positioning system that allows drones to navigate without GPS — a critical capability in modern combat zones where signals are disrupted or jammed.
Pictured: Regents Park Barracks played host to a demonstration of Project ASGARD, which is focused on transforming and speeding up how land forces make decisions via new software that exploits modern artificial intelligence / machine learning-based digital technologies. Asgard was showcased to international allies and industry partners in London. Participants were shown the capability in action, including its powerful impact on enemies. New British Army technology has been launched that will improve the accuracy of targeting enemies and reduce decision-making time for strikes. The Asgard digital system will help soldiers find and attack enemy targets from much greater distances. Following successful trials by British soldiers in Estonia, Asgard uses artificial intelligence and secure communications to help soldiers make faster decisions about targets, saving crucial time in combat. The system will make the Army ten times more lethal over the next ten years. It combines weapon systems, surveillance equipment, automated technology, digital connections and data analysis. Asgard forms part of the work to create a wider digital targeting web across the UK’s Armed Forces by 2027, backed by more than £1 billion in funding. It will better connect military weapons systems, allowing battlefield decisions for targeting enemy threats to be made and executed faster. The digital system will see the British Army leading the way in NATO in its use of technology to change how it fights, improving speed and accuracy.

UK Forms Taskforce to Fast-Track AI on the Battlefield

London said RAID’s work will focus on intelligence analysis, electronic warfare awareness, predictive planning, and AI-enabled drone swarming capabilities.
Soldiers from the People’s Liberation Army (PLA) listen to a briefing in preparation for a search and extraction exchange during the 13th annual U.S.-China Disaster Management Exchange at Camp Rilea Armed Forces Training Center, November 17, 2017, in Warrenton, Ore. U.S. Army Pacific hosts the annual exchange with the PLA to foster mutual trust and understanding while sharing lessons learned to increase disaster response capabilities in the Pacific region. (Photo by Sgt. 1st Class April Davis, Oregon Military Department Public Affairs)

China Warns AI Could Become a Battlefield ‘Yes-Man’

The issue occurs when AI models prioritize user alignment over factual accuracy, effectively trapping users in “information cocoons” where existing assumptions are reinforced and contradictory data is filtered out.
A robotics warfare specialist plots the path of a global autonomous reconnaissance craft during a live fire exercise

When an AI Agent Fires First, Who Answers for It?

The architecture of military law assumes a human made every consequential decision. Agentic AI breaks that assumption.
Launch of Saturn V space vehicle

Rocket One Pushes AI Shield for Defense-Critical Space Assets

The company plans to file provisional patent applications covering AI-powered autonomous systems designed to strengthen protection of critical assets in space.