Discover how Neousys rugged embedded computers and power backup modules enhance railway safety with real-time object detection, driver monitoring, and stable performance under extreme conditions for modern intelligent transportation systems.
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Neousys' Nuvo GC series rugged AI computer powers autonomous trains, offering AI-driven solutions for predictive maintenance, object detection, energy efficiency, and real-time monitoring in challenging environments...
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Neousys Technology's intelligent railway platforms excel in SCADA systems, control centers, predictive maintenance, surveillance, and communication, aiding future railway development.
Railroad crossing accidents are common and catastrophic. To prevent them, a new system uses vehicle-to-roadside communication to warn drivers of approaching trains...
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...
The future of autonomous public transport consolidates multiple application technologies to offer convenience, security and green living. With 2D/ 3D perception sensors and maps complementing one another, it allows the bus to navigate through traffic/ objects without fuss and arrive at each stop with accurate time-stamp.
With Neousys Nuvo rugged embedded systems, developers can create cost-effective autonomous vehicles that process imagery data with CPUs instead of GPUs. These systems offer a wide range of connectivity options and rugged features, making them an ideal choice for harsh environments.
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.
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.
Railway and railway vehicle inspection have always relied on human onsite visual inspection where the environment may be demanding and rigorous...
The autonomous driving system utilizing Neousys’ GC series system for commercial minibuses consists of several modules such as sensory subsystems, Lidar (optic radar), camera and satellite to precisely position and monitors the bus' surroundings.
Systems using machine vision to identify license plates when entering/ exiting the parking lot can be widely seen. The fully automated system rectifies human labor needs, parking meter calculation error and the possible loss of token...
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