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Dessia Technologies and GT Solve seal strategic France–India alliance to scale industrial AI in engineering

Bangalore, India — February 16, 2026 — Dessia Technologies, a French AI-powered engineering software company, and GT Solve, an India-based engineering AI systems company, formalized a Memorandum of Understanding (MoU) at the Consulate General of France in Bangalore.

Bangalore, India — February 16, 2026 — Dessia Technologies, a French AI-powered engineering software company, and GT Solve, an India-based engineering AI systems company, formalized a Memorandum of Understanding (MoU) at the Consulate General of France in Bangalore.

The agreement marks a significant milestone in the growing France–India momentum around applied artificial intelligence for industrial engineering and reinforces a shared ambition: scaling AI driven engineering systems across complex industrial environments in India from design automation to structured enterprise integration

Scaling AI for complex industrial systems

Engineering organizations worldwide are moving beyond isolated automation pilots toward structured, enterprise-grade AI systems fully integrated within their CAD and engineering ecosystems.

Dessia Technologies develops a production-ready AI platform dedicated to engineering workflows, enabling design generation, verification & validation, and advanced engineering decision-making. Its AI-Apps embed structured engineering knowledge, formalized constraints, and explainable logic into scalable processes already validated across automotive, aerospace, rail, and naval industries.

Jean-Pierre Roux, CEO of Dessia Technologies, commented:
“AI in engineering is not about replacing expertise — it is about structuring and scaling it. At Dessia, we formalize engineering logic so it becomes reusable, verifiable, and deployable across programs. This collaboration with GT Solve strengthens our ability to industrialize that approach in India and accelerate the deployment of AI-driven engineering systems at scale.”

GT Solve strengthens the collaboration through its expertise in engineering logic formalization, rule-driven design architectures, and structured engineering data systems. By translating deep domain knowledge into scalable, governance-ready workflows, GT Solve enables AI frameworks to operate effectively within complex OEM and industrial environments.

Durairasa MATHESWARAN, Founder & CEO GT Solve, stated:
“India represents one of the most complex and cost-sensitive engineering ecosystems in the world. Our ambition is not simply to deploy AI, but to industrialize it here at scale, across real OEM programs. By formalizing engineering intelligence within this environment, we are creating systems that are robust enough for global deployment. This collaboration positions us at the forefront of structured engineering AI adoption in India, with solutions designed for international impact”``

A milestone for France–India collaboration

The collaboration was formalized at the Consulate General of France in Bangalore, highlighting the strategic importance of cross-border cooperation in advanced technologies.

Alongside Business France and La French Tech, this initiative contributes to strengthening France–India collaboration in applied AI and industrial innovation.

About Dessia Technologies

Dessia Technologies develops AI-powered software solutions for design generation, verification & validation, and advanced engineering decision-making. Its platform enables industrial organizations to scale engineering automation within secure, enterprise-grade environments.

About GT Solve

GT Solve is an India-based engineering AI systems company specializing in engineering logic formalization, structured design architectures, and enterprise-scale AI workflow integration. Built on seasoned leadership from global OEM and ER&D programs, GT Solve enables structured adoption of AI within complex mobility and industrial ecosystems. The collaboration aligns with GT Solve’s long-term vision to institutionalize engineering intelligence within high-growth industrial markets.