The U.S. Army has formally requested assistance from technology experts to develop a system that would enable a ground combat vehicle, such as a tank, to automatically detect, target, and engage enemy forces. The Advanced Targeting and Lethality Automated System, or ATLAS, is designed to handle every step of an engagement except the final act of firing, which would remain under human control, according to a report by Quartz.
The initiative underscores the military's push to integrate artificial intelligence into battlefield operations, a move that has drawn sharp criticism from a coalition of 26 countries that have called for a ban on fully autonomous weapons. Despite these calls, the U.S. has continued to invest in AI-driven military technology, with support from defense contractors like Boeing, aiming to automate combat processes.
While ATLAS would automate target identification and engagement, current law requires a human operator to make the final decision to fire. This human-in-the-loop approach is a point of contention among experts. Stuart Russell, a computer scientist at the University of California, Berkeley, warned in an interview with Quartz that the world appears to be moving toward an arms race, where the existing prohibition on full lethal autonomy could be abandoned as soon as it becomes politically advantageous.
From the Army's perspective, the goal of ATLAS is to enhance combat efficiency by reducing the time between detection and action. Paul Scharre, program director at the Center for New American Security, a national security think tank, explained to Quartz that even fractions of a second can be critical in combat. "A lot of engagement decisions in warfare are very compressed in time," Scharre said. "If you're in a tank and you see the enemy's tank, they probably can also see you. And if you're in range to hit them, they're probably in range to hit you."
Why Human Oversight Remains Central
The requirement for a human to pull the trigger is not just a technical safeguard but a legal one. U.S. military doctrine and international law mandate that a human must authorize lethal action, a principle that ATLAS is designed to respect. However, the system's ability to automate target selection and engagement could blur the line between human oversight and machine autonomy, raising ethical and operational questions.
The development of ATLAS comes amid broader efforts to integrate AI into military systems. Earlier demonstrations have shown autonomous aircraft, such as an F-16 that can fly and execute strikes on its own, highlighting the rapid pace of technological advancement in this field.
The global debate over autonomous weapons is intensifying, with advocates for a ban arguing that removing human judgment from lethal decisions is dangerous and morally unacceptable. Proponents, however, contend that AI can make combat more precise and reduce collateral damage by reacting faster than humans. The Army's request for expert input on ATLAS suggests that the push toward automation is likely to continue, even as the international community grapples with the implications.
