Trusted by global manufacturing leaders.
Engineering intelligence, on your terms.
Enable the AI‑native product lifecycle to accelerate design, reduce simulation bottlenecks, and drive continuously optimized asset control without sacrificing IP or compliance.
Physics AI and data intelligence.
Move from disconnected tools and simulation bottlenecks to a connected engineering intelligence loop across design, digital models, and operational assets.
AI that drives connected workflows.
Launch multi-step agentic workflows that carry work from analysis through execution, coordinating tools, models, and systems while reducing manual handoffs.
Industrial-grade control, enterprise scale.
Deploy with mission‑critical governance and visibility, keep sensitive engineering data controlled, and scale from one workflow to company‑wide AI assistants and automation.
Compounding advantage.
Continuously sharpen your competitive edge with a modular, extensible platform that evolves with the frontier, coupled with applied AI experts that help you grow scalable AI capabilities and skills over time.
Put AI at the heart of the industrial engineering lifecycle.
Combine physics AI and engineering data intelligence in a continuous loop that improves real-world performance over time.
Bring CAD, PLM, and engineering documentation into a unified context. Teams can generate, iterate, and evaluate more design options within defined engineering constraints using your industrial knowledge. Test more variants faster, catch requirement conflicts earlier, and capture knowledge for reuse across programs.
Add physics AI models to your simulation workflows—from CFD and structural FEM to coupled multi-physics—to reduce iteration time and compute cost. Accelerate FMEA, test planning, and simulation analysis to surface risks earlier, streamline compliance evidence, and shorten the path to certification and launch.
Connect engineering intent to execution across CAD, CAM, planning, and shop‑floor systems. Make faster, better‑grounded decisions when constraints shift, support operators with AI assistants, and improve stability across complex processes.
Bring inspection, sensor, operational, and in-field performance data into a continuous feedback system. Detect anomalies, identify root causes, and feed insights back across design, validation, and production—while enabling predictive maintenance and higher-uptime service models.
Mission-critical AI in practice.
The collaboration between Mistral AI and ASML aims to generate clear benefits for ASML customers through innovative products and solutions enabled by AI, and will offer potential for joint research to address future opportunities. We believe that this strategic partnership with Mistral AI, which goes beyond a traditional vendor-client relationship, is the best way to capture this significant opportunity.
CEO, ASML
Our work with Mistral AI is helping us move faster and smarter. What makes this partnership unique is Mistral AI’s ability to work closely with Stellantis to deliver meaningful results. Together, we are shaping intelligent, adaptable systems that bring real value to our customers and help Stellantis stay ahead.
Chief Engineering & Technology Officer, Stellantis
Built to accelerate the next generation of industrial innovation.
Deploy and scale AI systems that understand your engineering data, coordinate complex workflows, and run on private infrastructure built for mission-critical product development.
NeuralWing.
Modify wing geometry to maximize aerodynamic efficiency.
NeuralMould.
Simulate injection moulding across geometries and materials.
