A pneumatically actuated robotic hand with tactile sensing performs adaptive debris handling in hazardous zones. Powered by Neousys Nuvo series, it delivers low-latency AI processing, wide-temperature stability, and shock-resistant design for reliable field deployment...

A vessel module uses rugged edge AI to provide real-time surface and sub-surface awareness. Neousys' ultra-rugged computer processes high-volume sensor data for instant decision-making, enhancing safety and supporting autonomous maritime navigation.

Autonomous mobile AI drone detection vehicles combine AI computing, multi-sensor fusion, and rugged hardware to safeguard airspace against unauthorized drones.

Robotic hounds are reshaping defense missions by performing high-risk tasks in extreme terrain. With Neousys rugged AI edge computing, these agile units handle real-time mapping, surveillance, and autonomous logistics while keeping soldiers out of harm' s way.

Discover how Automated Aircraft Boarding Bridges enhance airport efficiency. Using machine vision for precise aircraft door alignment, these systems are powered by Neousys' rugged embedded edge AI computers, operating reliably in harsh conditions to speed up boarding.

Discover how Automated Aircraft Gate Docking Guides revolutionize airport safety & efficiency. Leveraging Neousys machine vision and GPU-aided Edge AI Box PCs, these systems offer precise aircraft alignment, reliably operating in harsh tarmac conditions to minimize delays.

Autonomous Communication Node Vehicles (ACNVs) provide secure, mobile communication for military operations. Neousys SEMIL series offers rugged, reliable solutions.

Discover how Autonomous Mapping & Reconnaissance Vehicles, powered by Neousys' Rugged Box-PC and Drone Computer, provide AI-enabled monitoring & mapping in extreme environments.

Enhance drone efficiency with Neousys FLYC-300 AI edge computer, optimizing flight paths and enabling real-time monitoring for applications in surveying, mapping, inspection, and autonomous navigation...

Deploying computer systems for unmanned vehicle that can act as a medical retrieval vehicle requires a recognition system (cameras and sensors) that can identify injured soldiers...

A customer used Neousys' rugged AI platform to develop autonomous flight solutions, leading to innovative "air taxis"—battery-powered, self-piloted aircraft with vertical takeoff and landing capabilities. These may herald an era of urban air mobility, though regulatory support is pending...

With modern technology miniaturizing powerful machines, there are indeed edge AI computer systems that can be taught to utilize sensors and radars to detect and recognize objects...