Advantech, a leading provider of industrial edge AI solutions, is pleased to announce its collaboration with ADATA, a leading brand in data storage, to successfully develop an autonomous mobile robot (AMR) system. Leveraging the NVIDIA Nova Orin reference platform, the AMR system integrates Advantech and ADATA’s solutions, allowing developers to manage the upper-level AI system and lower-level wheelbase system seamlessly, reducing the need for separate management. This integration shortens AMR development and deployment time by 70%, as demonstrated by the smart disinfection AMR system deployed at the National Taiwan University Hospital Hsin-Chu Branch. Through this partnership, Advantech and ADATA aim to accelerate AMR market growth with a fast-to-deploy AMR solution.
ADATA Technology’s Innovative R&D for Creating the Optimal AMR Vehicle System
ADATA Technology has collaborated with the National Taiwan University Hospital Hsin-Chu Branch to develop a disinfection AMR using ROS2. This robot, equipped with AI technology, can automatically recognize objects and surroundings to choose the most effective disinfection method. In addition to reducing the hospital’s cleaning workload—sparing an average of 4-6 cleaning staff per night—it significantly improves the efficiency and quality of environmental disinfection. This disinfection AMR system showcases ADATA’s expertise in AMR vehicle development and advanced software capabilities. By integrating automated control, cameras, sensors, and vehicle design with AI software, it achieves simultaneous localization and mapping (SLAM), enabling the AMR to navigate smoothly across varied environments.
Successful case: AI Smart AMR Disinfection Covers Duties of 4 Staff Members of Hospital Night Shift
Integrating Advantech’s MIC-732-AO Edge AI System for AMRs Cuts Deployment Time by 70%
ADATA Technology’s AMR system features two primary components: an upper-level system that utilizes Advantech’s MIC-710AIX for real-time AI object recognition and disinfection algorithms, which send commands to the lower-level ROS-based system to execute tasks, ensuring optimized and standard-compliant disinfection. To further accelerate deployment, ADATA’s next-generation AMR vehicle system integrates Advantech’s MIC-732-AO, powered by the highly integrative NVIDIA Nova Orin, enabling rapid integration of cameras and sensors. ADATA and Advantech have also successfully integrated NVIDIA Isaac Perceptor, providing comprehensive perception, localization, and navigation functions and significantly reducing AMR deployment time.
Advantech and ADATA Continue Collaboration to Integrate NVIDIA Omniverse in Building the Next Generation of AMRs
Advantech and ADATA continue their collaboration to develop the ideal AMR system, with their next step involving the integration of NVIDIA Omniverse, a platform of application programming interfaces (APIs), software development kits to create digital twins of AMR mapping and positioning, optimizing the development process within a virtual environment.
For more information, please visit Advantech’s website www.advantech.com/en-eu or contact a local sales team.
About Advantech
Advantech has the corporate vision to “Enable an Intelligent Planet”. The company is a global leader in the fields of IoT intelligent systems and embedded platforms. To embrace the trends of AIoT and artificial intelligence, Advantech has fully deployed its sector-driven strategy, focusing particularly on seven major sectors. This deployment aims to nurture market sectors and enhance core competitiveness. In the meantime, Advantech integrates its existing product group – the AIoT + Edge computing hardware platform – with the mature WISE-IoT software platform. Together with our industrial AI solutions and business expertise, this integration will form an “orchestrator” model for seamless industrial chain connections, benefiting both our partners and clients. Advantech is also working with business partners to co-create business ecosystems that accelerate the goal of industrial intelligence. (www.advantech.com)
