The Neousys VTC series are rugged expandable in-vehicle computers that can be used to control and monitor Electrical Bus Monitoring Information Systems in harsh environments...

Neousys VTC Series, A high-performance fanless in-vehicle system providing commensurate computing power for enabling AI-based autonomous vehicles, in a compact size increasing the volumetric efficiency of customer's vehicles...

Neousys GC series AI inference platform is deployed in intelligent inspection vehicle for road crack detection. The system is rugged and can withstand harsh environments. It has a variety of connectivity options and can be used with PoE, USB, or GigE cameras...

The Pantograph Condition Monitoring System (PCMS) incorporates an embedded computer by Neousys to merge images of the pantograph, implement machine learning algorithms, and enable real-time monitoring, data analysis, and decision-making.

ALPR is a technology used by law enforcement to find stolen or suspicious vehicles. Cameras on police vehicles and bodycams, coupled with recognition software, read multiple license plates in one view.

Neousys GPU Computing supports long-haul trucking by improving logistics and reducing safety risks. It helps streamline operations, optimize routes, and enhance driver efficiency, making this essential industry more reliable and sustainable.

Deploying any type of electronic equipment on railway vehicles is never an easy task due to its environmental conditions, electrical power delivery difficulties, and the deployed device may need to operate independently with extreme reliability.

Neousys IGT series receives data from pressure sensors, traffic recording, info-system display, weather, speed, etc...

Getting the ships in and out quickly is one thing, but where do the millions of tons of containers go once they are offloaded from the ships?

The Neousys system is installed on-site with wireless communication, cameras and relay actuators connected. Trucks' license plates entering/ leaving the port dock area are scanned; containers entering/ leaving the port dock area are scanned, coupled with the machine vision software recognition system where the recognition precision rate is up to 99% accurate.

Railway and railway vehicle inspection have always relied on human onsite visual inspection where the environment may be demanding and rigorous...

Neousys GPU/ in-vehicle computers can connect to sensors and Lidars onboard to recognize traffic lights, stop or go; detect pedestrians to give way, or in some cases, give full control of the truck back to the driver.