The development of Thea began with the vision of creating an intelligent platform that could transform the way engineers and designers interact with 3D data. The development team conducted extensive research to understand the challenges faced by professionals in managing and analysing large and complex 3D datasets.
Thea was built using state-of-the-art AI and machine learning technologies, with a focus on delivering practical solutions that enhance productivity and innovation. The development process involved close collaboration with industry experts and beta testing with leading engineering firms to ensure that the platform met the highest standards of performance and usability.
Thea is an AI-powered web-based platform designed to enhance the analysis and utilisation of 3D data across multiple industries. Developed by a team of experts in artificial intelligence, data science, and engineering, Thea integrates advanced algorithms and machine learning techniques to enhance the precision, efficiency, and innovation of 3D data workflows.
With intelligent Asset Management, Thea organises and categorises 3D assets efficiently, making it easy for teams to access and utilise the right resources. This feature ensures consistency and reduces redundancy, streamlining the workflow.
Engineers can perform real-time physics simulations, allowing for immediate testing and validation of designs. This capability speeds up the design process and ensures that potential issues are identified and addressed early.
With remote, real-time collaboration, Thea enables teams to work together on 3D projects from any location. Real-time updates, design reviews, and shared workspaces ensure that all team members are aligned and can contribute effectively.