Autonomous ground patrol units equipped with stabilized General Purpose Machine Gun (GPMG) systems enable continuous perimeter security and threat response. The platform navigates terrain autonomously while all engagement remains under Human-in-the-Loop control, ensuring operational safety and compliance. AI-assisted targeting enhances threat identification, while integrated ammo management and recoil stabilization ensure accuracy and sustained performance in dynamic environments.

Unmanned ground vehicles act as mobile drone carriers, enabling coordinated ISR (Intelligence, Surveillance, and Reconnaissance) missions. UAVs extend visibility beyond line-of-sight while streaming real-time intelligence to a unified command interface. Secure communications, automated docking, and coordinated mission planning enable continuous surveillance and enhanced situational awareness across complex terrains.

Heavy-duty unmanned ground platforms enable forward deployment, launch, and recovery of attack UAVs. Designed for high payload capacity, the system supports coordinated strike missions under strict Human-in-the-Loop authorization. Integrated power delivery, secure data links, and precision recovery systems ensure reliable operation in mission-critical scenarios requiring controlled engagement and tactical mobility.

Autonomous UGV platforms configured for missile transport and deployment enable precision positioning and operational readiness in complex environments. The system navigates to designated locations autonomously, stabilizes for alignment accuracy, and integrates with standardized military interfaces. Multi-layer safety controls and operator authorization ensure secure and controlled engagement within mission parameters.

Delays, Foreign Object Debris (FOD) hazards, and airside incidents drive up costs and risks. AERXIO’s autonomous robotics delivers real-time FOD detection, faster turnarounds, and continuous surveillance. Airports save money by preventing accidents, reducing downtime, and ensuring safe, uninterrupted operations around the clock.

Urban areas face growing challenges in crime prevention, accident reduction, and traffic safety. AERXIO’s autonomous patrol units use LiDAR, AI, and automated access control to monitor vehicles, pedestrians, and hazards in real time. This enhances public safety, prevents accidents, and reduces crime while cutting policing costs.

Pipelines and refineries are vulnerable to costly leaks, theft, and accidents in remote locations. AERXIO’s robotic and drone surveillance, with thermal and infrared imaging, detects risks early and prevents disruptions. Continuous monitoring safeguards people, reduces losses, and keeps critical operations running safely and efficiently.

Aerxio’s autonomous vehicles support large-scale forest restoration and environmental monitoring with precision and efficiency. Using advanced sensors and AI, they map terrains, assess soil and vegetation health, and automate reforestation tasks. These intelligent systems enable safer, faster, and more sustainable forestry operations—empowering organizations to protect natural ecosystems and drive environmental renewal.