Explore how GPU-accelerated computing enables autonomous driving from Level 2 to Level 4, supporting real-time perception, sensor processing, and vehicle control across transportation, industrial, and delivery applications.

Neousys edge AI platforms enable automated fish delousing, lice detection, and fish measurement with rugged GPU-powered computing, high-speed camera connectivity, and reliable operation in marine environments...

Powered by edge AI, autonomous robots perform precise pollination through real-time vision processing and adaptive control. This improves consistency, reduces labor dependency, and enables scalable, intelligent agriculture...

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...

Sharkeye drones enhance beach safety with AI-powered shark detection via high-res cameras. Neousys' ultra-light FLYC-300 (NVIDIA Jetson) processes real-time video analytics, GMSL2/5G connectivity, and flight controller interaction in harsh coastal environments...

Yard management is crucial in manufacturing for optimizing logistics and expediting deliveries. It involves efficiently managing the movement, storage, and tracking of vehicles, trailers, and containers within the manufacturing facility's yard...

A 5G-based remote vehicle teleoperation system enables real-time driving takeover from a control room, bridging the gap to full autonomy. Neousys' rugged Nuvo fanless computers enable flawless, low-latency data and video communication over the 5G network.

A Level 4 self-driving shuttle bus operates at 70 km/h in real traffic, relying on redundant GNSS, LiDAR, and camera data. Neousys' rugged Nuvo GC and VTC computers provide the high-performance GPU AI and V2X connectivity for real-time sensor fusion and control.

Solar-powered robots use AI for precise $24/7$ weeding in farming. Neousys' rugged NRU Edge AI computers, featuring Jetson Orin, IP66, and wide-temp design, ensure the autonomous system stays reliable and operates effectively in harsh farm environments.

A precision orchard system uses a rugged, flattop computer on a tractor for real-time image processing of flower density and GPS data. This edge AI device optimizes chemical thinning, reduces costs, and improves consistency of crop yield in challenging environments.

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

Neousys' NRU-170-PPC, an IP66-rated panel PC with NVIDIA Jetson Orin NX, enhances agricultural autonomy by offering real-time AI processing, rugged design for harsh conditions, and seamless connectivity...