DEFENSE

Generate optimized
engineering designs with AI

Military warship at sea with advanced radar systems and communication equipment, viewed from behind at a distance.

Defense engineering requires reliability, adaptability, and precision under extreme conditions. Systems must be robust, scalable, and future-proof to maintain a competitive edge.

80%

Faster design cycles

DEFENSE

Engineering
for performance and precision

Complexity in system integration

Interoperability between electrical, mechanical, and fluid systems must be flawless, efficient, and seamlessly coordinated.

Reliability under extreme conditions

Defense systems must perform flawlessly in high-stress, unpredictable environments while maintaining long-term durability.

Reducing development timelines

Lengthy validation cycles slow deployment and increase costs while impacting production and delivery schedules.

Design better, faster, and smarter

How Dessia helps?

Dessia’s AI-driven solutions enable Design engineers to optimize complex system routing, enhance durability, and improve system integration across mission-critical platforms.

Military warship at sea with advanced radar systems and communication equipment, viewed from behind at a distance.

Why Dessia?

Optimized system layouts

Ensure seamless integration of multi-domain systems.

AI-powered design reliability

Reinforce materials and designs for extreme conditions.

Faster prototyping & validation

Reduce development cycles with automated design checks and generation.

Close-up view of a blue industrial piping and control system with gauges, valves, and electrical components.

Case Studies

System Architecture Generation

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March 24, 2025

Product Architecture Configurator

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March 24, 2025

Mechanical Integration

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March 24, 2025

Design better, faster, and smarter

Build smarterstronger, and faster

FrequentlyAsked questions

Is Dessia available as a cloud-based solution or on-premise deployment?

Both, Dessia is available as both a cloud-based solution and an on-premise deployment. the platform offers flexibility in deployment based on organizational needs. The cloud-based version provides seamless scalability, automatic updates, and lower IT infrastructure management. For organizations with strict security, compliance, or operational constraints, an on-premise deployment is available. This option allows full control over data storage, security policies, and integration with internal IT systems while maintaining the platform’s core functionalities.

Does the platform/ Dessia integrate with existing PLM systems and support standard 3D CAD formats?

Yes, the platform is designed to connect through API with third-party software, including PLM solutions and supports industry-standard 3D CAD formats. This ensures seamless interoperability between engineering tools, allowing for structured data exchange and automated workflows. By maintaining compatibility with these formats, the platform facilitates digital continuity, reducing manual data handling, preventing errors, and ensuring that design iterations remain synchronized across all systems.

What type of AI does Dessia use?

Dessia leverages both symbolic and statistical AI, depending on the nature of the problem and the data available. Our approach allows us to use symbolic AI for explainability and deterministic modeling, integrating structured expert rules to ensure transparency, consistency, and compliance with engineering constraints. At the same time, we can incorporate statistical AI when dealing with complex patterns and data-driven insights. By combining both methods when needed, we enable a more flexible, efficient, and traceable exploration of design solutions.

Do I need a data scientist to configure and use the platform?

No, the platform is meant to be used by designers and engineers to use without AI or data science expertise. They can get started easily, integrating it into their processes with full flexibility. Teams can work independently or with the methods and tools department, without added complexity.