Amidst a technological revolution, the strategic alliance unveiled in 2026 between Dassault Systèmes, the world leader in 3D design software, and NVIDIA, a pioneer in artificial intelligence and high-performance computing, is redefining the boundaries of modern industry. This collaboration centers around the creation of an integrated platform combining digital twins and “physical” artificial intelligence, paving the way for an era where 3D simulation, machine learning, and digital transformation converge to profoundly transform all industrial sectors.
Designed to meet growing demands for efficiency, precision, and sustainability, this platform represents a genuine technological revolution. It promises not only to accelerate innovation and production processes but also to optimize operations by leveraging advanced virtual assistants that support professionals in their daily tasks. By combining Dassault Systèmes’ expertise in advanced 3D modeling with the computing power of NVIDIA infrastructures, this partnership lays the foundations for unprecedented industrial artificial intelligence, capable of simulating and finely predicting the behavior of complex systems.
At the core of this innovative approach, industrial models embodied by digital twins become dynamic, reliable, and scientifically validated tools, integrating the real laws of the physical world to deliver relevant and actionable results. This union between scientific simulation and generative AI represents a major breakthrough that already benefits renowned industrial players, ranging from biology to materials science, including engineering and industrial production.
This new software and hardware infrastructure marks a decisive step in the digital transformation of industry, placing technological innovations at the heart of an optimized and secure value chain. The commitment made by Dassault Systèmes and NVIDIA is resolutely future-oriented, driven by the shared vision of a smarter, more sustainable industry aligned with the challenges of the 21st century.
- 1 An integrated industrial platform: the merger of Dassault Systèmes and NVIDIA for revolutionary artificial intelligence
- 2 Partnership terms: a unique technological synergy to reshape industry
- 3 The innovative concept of “physical AI”: intelligence anchored in the real world
- 4 Concrete applications of the platform in biology, materials, and engineering
- 5 Intelligent virtual assistants: towards augmented assistance at the heart of industry
- 6 Positive initial feedback and emblematic use cases in the global industry
- 7 Challenges of digital sovereignty and confidentiality in an intelligent industry
- 8 Future prospects: towards a lasting digital transformation with Dassault Systèmes and NVIDIA
An integrated industrial platform: the merger of Dassault Systèmes and NVIDIA for revolutionary artificial intelligence
The partnership formed between Dassault Systèmes and NVIDIA is based on the creation of a large-scale industrial artificial intelligence platform directly integrated with digital twins. This platform is built on 3DEXPERIENCE, Dassault Systèmes’ flagship collaborative environment, enhanced by the power of NVIDIA technologies.
This alliance aims to develop reliable and scientifically validated industrial models, offering professional users virtual assistants based on open models accelerated by NVIDIA’s software solutions. Thanks to this merger, simulations become highly precise, simultaneously exploiting the power of machine learning and physical simulation to understand and anticipate the behavior of complex systems.
The ability to integrate digital twins into a dynamic working environment, capable of executing large-scale computations through NVIDIA’s Omniverse platforms, optimizes data processing and opens new perspectives in manufacturing and industrial research. This infrastructure thus promises to offer an unprecedented balance between speed, precision, and flexibility, essential to meeting the demands of an industry in full mutation.
By consolidating Dassault Systèmes’ expertise in 3D modeling and NVIDIA’s in intensive computing acceleration, this joint platform addresses a key challenge: combining 3D simulation and artificial intelligence to radically transform industrial innovation and production processes.
Partnership terms: a unique technological synergy to reshape industry
The terms of this partnership are particularly strategic and illustrate a close collaboration between two key players in industrial digital technology. Dassault Systèmes provides sophisticated digital twins that serve as the basis for modeling and simulating complex industrial systems with enhanced immersion and precision.
On its side, NVIDIA offers its open models, CUDA-X libraries, and Omniverse software platforms, ensuring fast and large-scale execution of required calculations. These tools allow efficient handling of massive data volumes, essential for training artificial intelligence models and carrying out multiphysics simulations.
To guarantee data sovereignty, confidentiality, and performance, Dassault Systèmes deploys its OUTSCALE AI factories across three continents. These data centers rely on modernized NVIDIA technologies, ensuring a secure environment to process sensitive industrial information, which has become a crucial criterion in the current global context.
The approach is reinforced by NVIDIA’s adoption of Dassault Systèmes’ Model-Based Systems Engineering (MBSE) methodology. This full integration allows NVIDIA to design and deploy its own AI factories, based on this integrated architecture within its Omniverse DSX master plan. This synergy perfectly illustrates the joint ambition to build a reliable, scalable industrial artificial intelligence deeply rooted in physical realities.
The table below summarizes each party’s key responsibilities in this partnership:
| Actor | Main Role | Key Technologies Provided |
|---|---|---|
| Dassault Systèmes | Provision of digital twins and industrial 3D modeling | 3DEXPERIENCE platform, MBSE methodology, OUTSCALE AI factories |
| NVIDIA | Computation optimization, accelerated AI, and multiphysics simulation | Open models, CUDA-X libraries, Omniverse, BioNeMo, Nemotron |
By combining their technologies and expertise, Dassault Systèmes and NVIDIA create a solid technological foundation intended to support the next wave of industrial innovations.
The innovative concept of “physical AI”: intelligence anchored in the real world
One of the most innovative aspects of this partnership lies in the concept of “physical AI.” This approach aims to create artificial intelligences capable of incorporating real scientific laws during the analysis and simulation of industrial systems.
Unlike traditional AIs that rely primarily on historical data and statistical correlations, physical AI draws directly from the fundamental principles of physics, chemistry, and materials science. This enables it to understand, predict, and sometimes even anticipate the behavior of complex systems under different real conditions.
In practice, this reality-anchored intelligence opens major prospects. For example, in biology, it accelerates the discovery of molecules with a high degree of confidence, while in materials science, it optimizes the creation of new materials with specific properties. This level of precision revolutionizes industrial processes by reducing costly physical tests and shortening product development cycles.
In engineering and industrial production, the physical AI approach applied to digital twins offers unprecedented digital continuity, enabling the simulation of dynamic behavior of machines and factories in their real physical environments. This facilitates the design of autonomous systems, predictive maintenance, and continuous process optimization.
The development of this “physical” artificial intelligence reflects the current trend towards better integration of fundamental sciences into machine learning algorithms, making this platform a true lever for sustainable and high-performance innovation.
Concrete applications of the platform in biology, materials, and engineering
The joint platform developed by Dassault Systèmes and NVIDIA has immediately visible and effective applications in several key industrial sectors. In biology, for example, the combination of NVIDIA BioNeMo with Dassault Systèmes’ BIOVIA biological models significantly accelerates new molecule discovery.
This collaboration supports pharmaceutical research, the design of smart materials, and even the understanding of complex biological mechanisms through the combined power of 3D simulation and generative artificial intelligence.
In the field of materials, the ability to use sophisticated multiphysics simulations improves the design of innovative, more durable, and higher-performing materials by enabling precise modeling of physical and chemical properties at atomic or macroscopic scales.
In engineering, this platform relies on SIMULIA digital twins, strengthened by NVIDIA’s CUDA-X libraries, to offer real-time simulations and precise prediction of product behavior before manufacturing. This represents a time saving and a substantial reduction in costs associated with physical prototypes.
In production, the use of DELMIA digital twins combined with physical AI integrated into Omniverse paves the way for the creation of intelligent, autonomous production systems. These systems can adapt to their environment, optimize their operation, and anticipate maintenance or adjustments needed in manufacturing lines.
- Acceleration of R&D in biology and pharmaceuticals thanks to BioNeMo and BIOVIA models.
- Optimization of new material properties through advanced multiphysics simulation.
- Reduction of manufacturing cycles via precise and validated engineering simulations.
- Automation and optimization of production lines through digital twins and physical AI.
These examples illustrate the versatility and strength of the partnership, which positions itself as a true cornerstone in the digital transformation of contemporary industry.
Intelligent virtual assistants: towards augmented assistance at the heart of industry
Beyond simulation and modeling, the integrated platform from Dassault Systèmes and NVIDIA introduces a major novelty: intelligent virtual companions serving professionals. These assistants leverage NVIDIA Nemotron’s open models to offer contextualized and reliable recommendations, perfectly adapted to specific industrial environments.
They act as guides, advisors, and facilitators, helping to make informed decisions, optimize processes, and anticipate technical issues before they arise. For example, on the production line, the virtual assistant can suggest precise adjustments to maximize productivity while respecting quality and safety constraints.
This provision of real-time contextual intelligence fosters personalized support for each user, regardless of their role, from engineer to production manager. These digital companions thus embody a strategic lever to boost industrial innovation and competitiveness by democratizing access to specialized expertise.
The presence of these virtual assistants perfectly illustrates the ambition of this alliance to provide “augmented intelligence” that goes well beyond classical management and control tools, creating a true collaboration between humans and machines in an industrial environment.
Positive initial feedback and emblematic use cases in the global industry
The first concrete results from this innovative partnership did not take long to appear. Several industrial leaders have already adopted this platform to transform their practices, thereby attesting to its disruptive potential.
Among them, the Bel group uses the platform to model its products on a large scale, integrating enhanced sustainability criteria to optimize the environmental impact of its processes. This approach reflects a commitment to responsible innovation, where AI becomes a tool serving ESG engagements.
OMRON, for its part, integrates physical AI and digital twins through the Virtual Twin Factory to accelerate the deployment of its production systems. This strategy significantly reduces the time between design and deployment while ensuring operational excellence.
In the automotive sector, Lucid Motor exploits the multiphysics simulations offered by the platform for vehicle development. This approach significantly shortens development times and maintains a high degree of accuracy in performance predictions.
The NIAR (National Institute for Aviation Research) uses this technology to design, validate, and secure its industrial models, especially in aircraft manufacturing, where compliance and safety are essential criteria.
These feedbacks demonstrate the maturity and relevance of the technologies developed while emphasizing the trend towards a deep digital transformation based on advanced simulation, physical understanding, and assisted intelligence.
Challenges of digital sovereignty and confidentiality in an intelligent industry
At the heart of the development of this industrial platform, the issue of data security and digital sovereignty constitutes a major challenge, particularly sensitive for high-tech industries. In this context, Dassault Systèmes has opted to deploy its own OUTSCALE AI factories across three continents to guarantee complete control of industrial data.
This approach aims to preserve confidentiality and security of sensitive information while adapting to constantly evolving national and international regulations. The use of internal infrastructures combined with optimized NVIDIA technologies allows for a balance between performance and regulatory compliance.
The importance given to data sovereignty is critical because it conditions industrial actors’ trust in this new generation of digital platforms. It also constitutes a differentiating lever in the face of escalating geopolitical issues related to control of strategic and industrial data.
Moreover, this secure architecture promotes integration within extended value chains where collaboration and information exchange are essential, without compromising confidentiality or intellectual property of the companies involved.
Future prospects: towards a lasting digital transformation with Dassault Systèmes and NVIDIA
Over the coming years, this strategic alliance between Dassault Systèmes and NVIDIA is set to be a powerful engine for the lasting digital transformation of global industry. The joint industrial artificial intelligence platform lays the foundation for a new paradigm where advanced simulation, machine learning, and virtual assistants will work together to drive continuous innovation.
Beyond immediate gains in productivity and precision, this technological revolution opens the door to the design of ever more adapted, sustainable, and intelligent products and systems, effectively addressing new ecological and societal challenges.
Investments in AI infrastructures, combined with better understanding of physical phenomena through developed models, promise to accelerate research and development in diverse fields such as biology, materials science, engineering, and industrial production.
By placing humans and augmented collaboration at the center of this transformation, Dassault Systèmes and NVIDIA sketch out a future industry where creativity, responsiveness, and sustainability become cornerstones of an innovative, competitive, and responsible industrial ecosystem.
