SmartCow Launches New Edge AI Platform Based on NVIDIA Jetson
SmartCowan AI engineering company specializing in video analytics, AIoT devices and smart city solutions, announced the release Ultrona state-of-the-art NVIDIA®️ Jetson-based artificial intelligence platform with sensor fusion capability that brings high computing power to the edge for industrial applications requiring logic-based decisions for automated processes and machines .
Ultron is designed for smart cities and autonomous infrastructure that can leverage its high computing power and low latency for AI vision applications in various configurations, from smart factories to road intersections and home automation projects.
The sensor fusion platform is an industrial computer-controlled system that continuously monitors the states of input devices and makes decisions based on a set of rules and inputs through a custom program to control the state of the devices. output devices.
SmartCow has built an all-in-one control software platform for Ultron that combines a wide range of industrial features such as machine vision, sensor fusion, AIoT and robotics, complemented by control software. This control software integrates I/O control, computer vision, video analytics and NVIDIA DeepStream by providing the necessary vision and sensor fusion capabilities in the form of function libraries, I/O blocks S and APIs that can be called from Ultron, all configurable via a browser-based programming tool. Ultron also works with SmartCow FleetTrackr, which monitors and records run-time data such as machine productivity or operating temperature, automatically starts and stops processes, generates alarms and alerts when a machine malfunctions , etc.
Ultron’s main features include:
– Edge Computing Platform: Supports a variety of high-performance compute modules such as NVIDIA Jeston Xavier NX™ and Orin NX™
– Seamless Communication: 5G/LTE/Wifi options supported for wireless data transmission.
– Advanced AI features: Easily integrate ML/DL models with higher detection and prediction accuracy into machine and robotics automation processes.
– High interoperability. LAN/USB supported that is interoperable with standard industrial and machine vision cameras for real-time AI-enabled inference.