In order to enable industrial digital twin solutions that combine reality capture, manufacturing twins, AI, simulation, and visualization to deliver real-time comparison to real-world models, Hexagon AB, the world leader in digital reality solutions combining sensor, software, and autonomous solutions technologies, announced a collaboration with NVIDIA.
To enable smooth, multi-user workflows through a unified perspective for factory planning and design, as well as process quality optimization and operations, the cooperation will link market-leading technologies from Hexagon and NVIDIA.
As part of the partnership, NVIDIA Omniverse, a platform for creating and running industrial metaverse applications based on the Universal Scene Description (USD) architecture, will be linked to Hexagon’s HxDR reality capture technology and Nexus manufacturing platform. Customers can enhance production for digital factories and accelerate the power of digital twins for intelligent cities, construction, and infrastructure thanks to the complementing technologies offered by connected platforms.
“Our Hexagon innovation team has been working with NVIDIA to develop opportunities that unite reality capture, AI, simulation, data analysis, and visualization with seamless collaborative planning platforms,” stated Paolo Guglielmini, President and CEO of Hexagon. Our solutions will provide real-time comparisons of real- and virtual-world models thanks to NVIDIA technologies and Hexagon’s Smart Digital Realities.
Hexagon’s Smart Digital RealitiesTM converts digital twins through real-time data gathering and analysis to give customers a 360-degree view of the real world that, when coupled with simulated solutions, aids in improving productivity, quality, safety, and profitability.
According to Rev Lebaredian, vice president of Omniverse and simulation technologies at NVIDIA, “Every industry is racing to digitalize their physical processes for the next wave of advanced automation.” We’ll work with Hexagon to close the gap between the physical and digital worlds, which is necessary for creating digital twins and will enable us to teach robots in virtual environments and give everything that moves autonomy.
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