Scout AI, a defence technology startup, has raised funding to develop AI agents designed to control lethal autonomous weapons systems. The company recently demonstrated its technology at a California military base, where AI agents commanded a self-driving vehicle and explosive drones to locate and destroy a target truck. The system uses a large AI model with over 100 billion parameters to interpret mission commands, which then directs smaller models running on individual vehicles and drones. Scout AI removes restrictions from open-source models to enable military applications. The startup is part of a growing wave of companies adapting civilian AI technology for battlefield use. However, experts warn that the unpredictable nature of large language models and AI agents presents significant challenges for military deployment, particularly regarding cybersecurity and system reliability.

Scout AI has publicly unveiled its Fury Autonomous Vehicle Orchestrator, an AI system that coordinates heterogeneous fleets of autonomous air and ground vehicles through natural language commands. The company demonstrated the technology during live operations in Central California using real hardware without scripted control. The Fury foundation model translates a commander's high-level objectives into coordinated actions across multiple unmanned systems. It builds mission plans, tasks each asset in natural language, monitors progress, and adjusts plans in real time whilst maintaining human oversight. The system functions as an agentic interoperability layer, generating structured instructions native to each vehicle's API without modifying underlying autonomy software. Founded in 2024 by Colby Adcock and Collin Otis, Sunnyvale-based Scout AI is backed by Booz Allen Ventures, Align Ventures, Draper Associates, and Perot Jain.

Over the last few years, geopolitical uncertainties have continued to rise, reaching unprecedented levels of volatility and complexity. This has caused a significant impact on global markets, diplomatic relations, and strategic policymaking.A major impact of this uncertainty can also be seen in countries around the world, which are increasing their military spending for the 10th consecutive year to prepare for any eventualities.According to the International Institute for Strategic Studies (IISS), global defense spending in 2024 reached $2.46 trillion, up from $2.24 trillion in the previous year. 2023's defense spending was stated as the “steepest year-on-year rise since 2009” and the most ever recorded by the Stockholm International Peace Research Institute (SIPRI).Now, as a result of last year's jump, global defense spending spiked to an average of 1.9% of GDP last year, up from 1.8% in 2023 and 1.6% in the year before that.The budgets of countries in the Middle East and North Africa (MENA), Asia, and Europe recorded a significant increase in response to escalating geopolitical conflicts, rising threat perceptions, and deteriorating security environments.Still, the United States remains the world's largest military spender, at around $968 billion, and no one comes close. When it comes to the defense budget for NATO members, the US is followed by Germany at $86 billion, the UK at $81.1 billion, and France at $64 billion.Meanwhile, Asian defense budgets continued to grow at a moderate pace, the same as in the last decade. Japan and Indonesia, in particular, had significant uplifts, but despite that, the region's share of global spending fell from 25.9% in 2021 to 21.7% in 2024 due to stronger uplifts in other regions.However, China's defense budget surged by 7.4% in real terms, outpacing the 3.9% average rate for the rest of the region as the nation modernizes its military. One way this modernization is happening is with the help of artificial intelligence (AI), which is being used to reshape military decision-making.Chinese leader Xi Jinping has made military AI a top strategic priority, and as a result, the People's Liberation Army has invested heavily in scaling up AI.The Rising Trend of AI in MilitaryBy simulating human intelligence processes in computer systems, AI makes machines capable of performing tasks such as learning, problem-solving, and decision-making