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Duoverse and CNRS@CREATE at the NRF CREATE Symposium 2026
Duoverse and CNRS@CREATE at the NRF CREATE Symposium 2026
Sharing the CNRS@CREATE booth at the NRF CREATE Symposium 2026, Duoverse demonstrated how research developed within the DesCartes Program is evolving into operational AI-powered digital twins for industry and smart cities.
Sharing the CNRS@CREATE booth at the NRF CREATE Symposium 2026, Duoverse demonstrated how research developed within the DesCartes Program is evolving into operational AI-powered digital twins for industry and smart cities.
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Jul 26, 2026
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7 min read
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At the NRF CREATE Symposium 2026 in Singapore, Duoverse joined CNRS@CREATE on a shared exhibition booth, showcasing how research conducted within the DesCartes Program is being translated into operational solutions for industry and smart cities.
Alongside demonstrations from the DesCartes research team, Duoverse presented its platform as a concrete example of technology transfer, illustrating how years of research in computational physics, artificial intelligence and environmental modelling have evolved into commercial digital twin solutions.
Visitors explored demonstrations based on the DesCartes Augmented Marina Bay Twin, featuring metre-scale simulations of urban wind flows and pollutant dispersion. These examples showed how hybrid AI can dramatically accelerate complex environmental simulations while preserving the scientific accuracy required for engineering and operational decision-making.
The symposium highlighted the close collaboration between CNRS@CREATE and Duoverse, demonstrating how academic research, open innovation and entrepreneurship can work together to transform cutting-edge scientific advances into practical tools for cities, infrastructure and industrial applications.
At the NRF CREATE Symposium 2026 in Singapore, Duoverse joined CNRS@CREATE on a shared exhibition booth, showcasing how research conducted within the DesCartes Program is being translated into operational solutions for industry and smart cities.
Alongside demonstrations from the DesCartes research team, Duoverse presented its platform as a concrete example of technology transfer, illustrating how years of research in computational physics, artificial intelligence and environmental modelling have evolved into commercial digital twin solutions.
Visitors explored demonstrations based on the DesCartes Augmented Marina Bay Twin, featuring metre-scale simulations of urban wind flows and pollutant dispersion. These examples showed how hybrid AI can dramatically accelerate complex environmental simulations while preserving the scientific accuracy required for engineering and operational decision-making.
The symposium highlighted the close collaboration between CNRS@CREATE and Duoverse, demonstrating how academic research, open innovation and entrepreneurship can work together to transform cutting-edge scientific advances into practical tools for cities, infrastructure and industrial applications.
Whether you're working on industrial systems, infrastructure, or smart cities, our team is ready to help you unlock the power of hybrid digital twins.
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Let's explore how Duoverse can support your next project
Whether you're working on industrial systems, infrastructure, or smart cities, our team is ready to help you unlock the power of hybrid digital twins.

