The U.S. Army is collaborating with defense AI company EdgeRunner AI to develop an onboard artificial intelligence system, described as an AI "brain," designed to power the next generation of autonomous military robots. This initiative aims to equip robots with the ability to understand their surroundings and continue missions even when communication links are severed, a critical capability in contested battlefield environments.
EdgeRunner AI's system integrates a neural network directly onto the robot, eliminating the need for cloud computing or an internet connection. This allows the robots to function autonomously in areas with lost connectivity, a scenario that could arise due to signal jamming or other disruptions. According to Tyler Saltsman, Founder and CEO of EdgeRunner AI, this approach is crucial because "Warfighters don't need 19th-century poetry. They need specific intelligence to his or her occupation in order to make better decisions in the heat of battle."
The partnership underscores a broader global race between the U.S. and China to integrate artificial intelligence into their military capabilities. Saltsman noted the importance of the U.S. maintaining a technological edge, particularly in light of China's advancements in drone manufacturing. "Whether or not China's ahead of us is debatable, but if China is, it's not by much," he stated.
This AI technology is being developed for specific military missions. Robots equipped with this system can assist soldiers by performing tasks such as detecting explosives, carrying ammunition, scouting routes, and reporting enemy activity. The AI enables robots to "problem solve through different routes" and provides enhanced situational awareness by combining data from various sources, including aerial drones. Saltsman explained that the system allows robots to "understand what they see, not just detect it."
Saltsman highlighted the potential risks associated with relying on external communication systems like Starlink in combat. He warned that such dependencies could inadvertently reveal a unit's location to adversaries. "The problem with Starlink is if you use it, you're effectively showing the enemy where you are, so you might as well be wearing a beacon on you saying, 'Hey, here's where I'm located,'" he said.
The development follows the widespread use of drones in recent conflicts, prompting increased interest in autonomous ground robots and, potentially, humanoid robots in the future. While emphasizing the drive for AI advancement, Saltsman also stressed the importance of safety and ethical considerations. EdgeRunner AI is developing its technology using "transparent" datasets to identify and mitigate potential biases within the AI systems.
The technology is currently in the "development phase," but the aim is to provide military robots with context-aware capabilities, moving beyond simple detection to genuine understanding of their operational environment. This advancement is seen as a key step toward more capable and independent robotic systems on the battlefield.