Kuraray has introduced Genius Mode, a new artificial intelligence-driven optimization feature designed to simplify and accelerate laminated glass design. Integrated into the company’s digital engineering tools, the new functionality enables users to identify the most efficient glass configuration based on project-specific requirements, reducing the need for time-consuming manual calculations.

Traditionally, engineers and façade consultants evaluate numerous glass build-ups to balance structural performance, acoustic insulation, and sustainability targets. Genius Mode automates this process by analyzing thousands of potential combinations and recommending the most suitable solution.

Users begin by defining project parameters such as glass dimensions, loading conditions, and design criteria. They can then prioritize performance objectives through dedicated AI modules, including SoundLab AI for acoustic optimization, Strength Lab AI for structural performance, and Carbon Reduce AI for environmental impact reduction. Adjustable weighting controls allow designers to place greater emphasis on one or more criteria depending on project goals.

The system systematically varies glass thicknesses and evaluates different interlayer options, including the full range of Trosifol® and SentryGlas® products. A targeted local variation strategy is used to optimize glass thickness efficiently while maintaining fast computation times.

Based on the selected priorities, Genius Mode delivers a data-driven recommendation that balances key performance indicators such as sound reduction ratings (Rw, STC, and OITC), stress levels, deflection behavior, and embodied carbon footprint.

According to Kuraray, the new feature offers significant time savings, improved transparency in decision-making, and stronger support during customer consultations by providing measurable comparisons between alternative designs.