This article was automatically translated from the original Turkish version.
Artificial intelligence has become a technology that now appears in nearly every aspect of our lives. One of its most prominent and strategically impactful domains is undoubtedly the defense industry. Fifteen years ago, when artificial intelligence was mentioned, we typically thought of intelligent robots from science fiction films. Today, however, the world’s leading militaries are actively using this technology on real battlefields. Superiority in defense is no longer measured solely by the number of tanks, aircraft, or soldiers; the speed of access to information, the capacity to process data, and the ability to make the right decision at the right moment have become the most critical indicators of military power. It is at this point that artificial intelligence emerges as a force fundamentally transforming the nature of warfare.
The modern battlefield operates within a complex flood of data. Satellite imagery, radar data, intelligence reports, camera footage from unmanned aerial vehicles, cyber network scans… It is impossible for individual human analysts to examine all this data. A commander must gain access to accurate information within seconds to make the correct decision—and this is where artificial intelligence steps in. Advanced algorithms instantly process millions of data points and convert them into meaningful insights. For example, they can detect vehicle movements in a satellite image, identify the types of vehicles, and predict their direction of advance. As a result, a commander can learn before any conflict begins which areas enemy units are likely to reach within three hours.
Not only intelligence analysis but also autonomous systems represent one of the most striking applications of artificial intelligence. In recent years, the role of unmanned aerial vehicles (UAVs) on the battlefield has increased significantly. These vehicles no longer simply follow pre-programmed routes; with artificial intelligence support, they can change course in real time, adapt to weather conditions, and select the optimal path to evade radar detection. More importantly, they can automatically distinguish between friendly and enemy forces. Thanks to swarm technology, dozens of unmanned vehicles can operate as if guided by a single brain. This provides a revolutionary advantage in neutralizing enemy air defenses. In the future, such swarms will not only appear in the air but also on land and at sea. Unmanned ground vehicles, reconnaissance robots, submarine drones—all will operate in coordination through artificial intelligence.
Another critical front in defense is the cyber domain. Wars are no longer fought only on battlefields but also on computer screens. Disabling a nation’s energy infrastructure, paralyzing its communication networks, or shutting down its air defense systems can sometimes be more effective than sending tanks. AI-supported cyber security systems monitor network traffic in real time and instantly detect anomalies. Moreover, by analyzing data from past attacks, they can predict new threats before they emerge. This allows defensive measures to be implemented before an attack occurs. Given the complexity of cyber attacks, artificial intelligence effectively functions as a digital shield in this domain.
In logistics and maintenance, artificial intelligence is creating a quiet but profound revolution.
Predictive maintenance systems enable the prediction of when a tank, helicopter, or warship is likely to malfunction. Data collected from sensors monitors the wear condition of components and triggers automatic alerts when maintenance is due. This reduces costs while ensuring operational continuity. In logistics, artificial intelligence optimizes the supply chain—one of the most critical elements of warfare—by calculating the shortest and safest resupply routes.
The use of artificial intelligence in training is also rapidly expanding. Soldiers receive training through AI-supported simulators that present realistic scenarios. These simulators analyze individual soldiers’ past performance to create personalized training programs. As a result, training duration is shortened and efficiency increases. This is especially crucial in complex operations such as urban combat or submarine missions, where personalized training plays a vital role.
All these developments bring with them serious ethical debates. One of the most contentious issues is lethal autonomous weapon systems—systems capable of firing and even selecting targets without human intervention. Who bears responsibility for a lethal decision made by an artificial intelligence? The programmer? The commander? The state? International law has yet to provide clear answers. Discussions are ongoing at the United Nations regarding the need for regulations on this issue. While some countries advocate for a complete ban, others continue to develop the technology.
Looking to the future, it is not difficult to foresee that the role of artificial intelligence in the defense industry will continue to grow. Over the next 10 to 20 years, we are moving toward a world where battlefields are saturated with sensors, unmanned vehicles operate in swarms across land, air, and sea, and cyber warfare becomes more common than physical combat. Using “digital twin” technology, a precise virtual replica of the battlefield will be created, and all operations will be simulated in this digital environment beforehand. This will allow the probability of victory to be calculated before any real conflict begins.
However, all these technological advances must be carefully examined in terms of their ethical, legal, and strategic dimensions. Artificial intelligence, when used correctly, can serve as a deterrent; in the wrong hands, it can produce devastating consequences. Therefore, countries must focus not only on developing technology but also on managing it responsibly and transparently. The future of artificial intelligence in the defense industry will be shaped not only by engineers but also by diplomats, legal experts, and ethicists.