Aurelius Mounts Archimedes Laser on American Rheinmetall Ox Robot
The autonomous directed-energy weapon pairs machine learning with an uncrewed transport vehicle to neutralize aerial threats.
By Giovanni Sapere
2 min readHuman-Edited, AI-Assisted
At the AUSA 2026 defense exposition, San Francisco technology developer Aurelius Systems showcased its Archimedes autonomous laser weapon integrated onto the Ox unmanned ground vehicle built by American Rheinmetall. The system is engineered to detect, track and neutralize hostile aerial drones in seconds to protect logistics operations in hazardous terrain. By combining directed-energy emitters with advanced robotics, the platform protects tactical supply lines without exposing human operators to battlefield hazards.
Autonomous Defense for Ground Transport
Modern supply units encounter severe operational challenges because conventional supply trucks and personnel face persistent surveillance and precision strikes from inexpensive aerial drones, according to Interesting Engineering. To address these tactical vulnerabilities, developers are applying field-ready robotics to military cargo logistics.
The carrier vehicle is the Ox, an unmanned ground vehicle developed by American Rheinmetall that has been entered into the U.S. Army Ground Optionally Autonomous Transport competition, as reported by Interesting Engineering. The vehicle is designed to haul equipment, ammunition and provisions across rough terrain where manned transport vehicles would expose drivers to elevated risk.
“By integrating autonomous directed-energy with robotic combat vehicles, we’re delivering force-multiplying technologies that operate in the most dangerous environments, helping protect warfighters while enhancing mission effectiveness.”
— Michael LaFramboise, CEO of Aurelius Systems
Targeting Threats with Machine Learning and Laser Optics
The integrated weapon payload, named Archimedes, was developed by San Francisco-based Aurelius Systems and combines high-power directed-energy lasers with dedicated optical sensors, according to Interesting Engineering. The defensive assembly utilizes artificial intelligence algorithms to track and neutralize airborne threats within seconds without requiring manual remote guidance.
Optical sensing onboard the system is coupled directly with machine learning models to process targeting data in real time, as detailed by Interesting Engineering. This automated workflow allows the compact, low-SWaP-C unit to engage multiple hostile drones while reducing overall logistical requirements.
From Cargo Carrier to Active Defense Grid
The partnership between Aurelius Systems and American Rheinmetall was formalized in July to address the requirement for scalable, mobile protection against drone swarms, according to Interesting Engineering. Aurelius Systems chief executive officer Michael LaFramboise stated that integrating autonomous directed energy with robotic combat vehicles creates force-multiplying systems capable of operating in contested environments.
When deployed across multiple logistics platforms, individual Archimedes units can operate together to form a resilient defense grid, as reported by Interesting Engineering. Looking forward, testing within the U.S. Army transport program will assess how effectively these automated counter-drone vehicles protect convoy routes and maintain supply continuity during active missions.
Read also on The Patent: Beyond Takedowns: Disrupting the Business of Counterfeiting · Microsoft Unveils Surface RTX Spark Dev Box for AI Development
