Leo AI

Leo AI is the world's first engineering design co-pilot, built specifically for high-performing mechanical engineering teams. The platform leverages a proprietary Large Mechanical Model (LMM) trained on millions of man-made products to help engineers transform ideas into products faster than ever before. Named after Leonardo da Vinci, Leo AI puts centuries of human engineering intelligence combined with modern AI innovations into every engineer's hands.

The platform understands multi-modal engineering input including textual descriptions, hand-drawn sketches, 2D images, and 3D CAD files. It comprehends the functionality engineers envision while acknowledging engineering and physical constraints, making it a powerful assistant for the entire product design process.

• Design Inspection - Inspect your designs in seconds based on your company's engineering standards, catching potential issues early in the development cycle
• Error Reduction - Reduce design mistakes by up to 30% through AI-powered analysis and recommendations based on DFMA-compliant best practices
• Time Savings - Save approximately 5 hours per engineer every week by automating tedious tasks like drafting design concepts and finding parts
• Technical Q&A - Get instant answers to technical engineering questions without searching through documentation or waiting for colleagues
• Parts Discovery - Find parts quickly in your PLM system or vendor websites with intelligent search capabilities
• CAD Integration - Seamlessly integrates into your existing CAD editor workflow for a natural extension of your engineering process
• Enterprise Security - Enterprise-grade security ensures your data is never used for AI training, with 24/7 white-glove support

To get started with Leo AI, engineering teams can request a demo through the onboarding portal. The platform is designed for teams looking to gain a competitive edge in engineering quality and efficiency. Leo AI serves industry leaders across various sectors and offers dedicated support to help teams maximize their productivity gains.