US Autonomous Ground Vehicles Enter Combat in Ukraine

What happened?

US company Forterra has confirmed the deployment of more than 100 autonomous ground vehicles (AGVs) in Ukraine, based on its Autonomy Pro system. According to TechCrunch, these vehicles have been used in reconnaissance, logistics, and medical evacuation missions, operating without direct human intervention in active combat environments since early 2024. This is the first time US-designed autonomous ground vehicles have participated in an actual armed conflict, marking a milestone in military history. Forterra, headquartered in Maryland, is known for developing autonomous driving systems for military and commercial applications, and its Autonomy Pro technology has been tested in extreme conditions, including deserts and urban areas. The deployed vehicles include modified all-terrain platforms capable of carrying cargo, conducting surveillance with multispectral sensors, and evacuating wounded under enemy fire.

Why is it important?

This deployment marks a before and after in battlefield automation. Until now, aerial drones dominated robotic warfare, but ground vehicles present unique challenges: navigation in complex terrain, obstacle avoidance, and coordination with manned units. The operational success of these AGVs could accelerate the adoption of similar systems by other nations and companies, triggering an autonomous arms race. Historical context: during the Vietnam War, the US experimented with remote-controlled vehicles like the "Gun Truck," but their effectiveness was limited. In the Gulf War, aerial drones like the Predator began to change the rules, but autonomous ground vehicles were relegated to explosive ordnance disposal tasks. Now, for the first time, these systems operate in offensive and direct support missions. Comparison with Ukraine: Russia has deployed the Uran-9, an autonomous armored vehicle that has shown control and reliability issues in combat, according to Western intelligence reports. In contrast, Forterra's AGVs have demonstrated a 95% success rate in reconnaissance missions, according to sources close to the program.

Consequences and risks

Among the most relevant implications are:

• Technological escalation: Russia has already deployed autonomous vehicles like the Uran-9, but with mixed results. The superiority demonstrated by US systems could force a Russian response, accelerating the development of countermeasures such as electronic warfare or system hacking. Additionally, China, which has shown interest in military autonomous vehicles, could redouble its efforts after seeing success in Ukraine.
• Meaningful human control: Although autonomous, Forterra's AGVs require human supervision for critical decisions, such as target identification or fire authorization. This reduces risks of unintended errors, but also raises questions about reaction speed in dynamic environments. Forterra has stated that the system complies with the US Department of Defense policy on lethal autonomous weapons, which requires "meaningful human control."
• Proliferation: Success in Ukraine could incentivize other countries to acquire or develop similar technology, increasing the risk of automated conflicts. Companies like Palantir, Anduril, and Shield AI already compete in this space, and the military autonomous vehicle market is expected to reach $12 billion by 2030, according to Allied Market Research.
• Impact on military doctrine: The ability to conduct high-risk missions without exposing soldiers could change combat tactics, prioritizing attrition warfare with robots. For example, AGVs can perform continuous patrols for days, something impossible for humans. This also reduces casualty costs but could increase the frequency of conflicts by lowering the political cost of war.

What should readers know?

It is important to understand that these vehicles are not fully autonomous in the sense of making lethal decisions without human intervention. Forterra has emphasized that the Autonomy Pro system operates under human supervision for all critical actions. However, the line between autonomy and human control blurs as technology advances. For example, in reconnaissance missions, the vehicle can navigate autonomously and detect threats, but the decision to attack rests with a remote operator. Nevertheless, in degraded communication situations, the system may have to make autonomous decisions, raising ethical concerns. Additionally, the use of autonomous systems in active conflicts raises legal questions about responsibility in case of collateral damage: who is responsible if an AGV attacks civilians due to misidentification? The Geneva Convention does not specifically address these cases, and organizations like the UN have called for a moratorium on lethal autonomous weapons, but without success so far.

"We are witnessing the birth of a new era in warfare, where robots not only support but star in ground combat," says a defense analyst consulted by TheVortiq.

The deployment in Ukraine will also serve as a testing ground to improve the reliability and robustness of these systems in real conditions, which could accelerate their adoption in civilian applications such as disaster response or autonomous logistics. For example, the same technology could be used to deliver supplies in earthquake-stricken areas or to patrol borders. However, the risk of this technology falling into the wrong hands or being used in asymmetric conflicts is real. Terrorist organizations or rebel groups could acquire similar systems, increasing the lethality of their attacks. In conclusion, the deployment of Forterra's AGVs in Ukraine is a turning point that forces a rethink of the future of warfare, the ethics of autonomy, and international regulations.