WHAT WE DO

AI Magic™

AI Thinktank is an AI Lab that develops state-of-the-art Visual Understanding software called AI Magic™. AI Magic™ is a First-Of-A-Kind software platform that uses Visual Understanding AI to generate 3D motion capture from videos recorded on standard 2D cameras, including those that come with mobile phones and tablets. The system can measure, compare, and predict the biomechanical movement of humans by examining hundreds of kinematic parameters and sequences of any human action with 6 degrees of freedom. Each action can be viewed from any camera angle including from above (birds eye view) and from below. The AI Magic™ software is targeted at visual understanding applications for the Metaverse, HealthTech, Autonomous Driving Cars as well as Robots and Drones.

Application

The AI Magic™ software is currently in use by companies in the SportsTech and HealthTech industries. The software is designed to run as Software as a Service (Saas), providing data scientists in spinoff companies with the AI development tools to develop, commercialize, deploy, and optimize deep learning AI in their applications.

The software can also be configured to run embedded on IOS and Android platforms.

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Business Model

The AI Thinktank business model is to spinoff companies that develop innovative, affordable, and highly portable 3D applications based on AI Magic™. The applications run on low cost IOT devices including mobile phones, AR Glasses, and VR Goggles. Each spinoff company will have access to the AI MagicTM software to develop, commercialize and optimize AI models within their applications. The founders will receive technical and business assistance from AI Thinktank and will have access to office space, financing, and help with generating differentiated intellectual property.

"Fine Grain Action Understanding"

Multi-variable action understanding
Meaning and Intent derived from the contextual relationship of objects and their motion
Analogous to Natural Language Understanding

3D Kinematic AI

"Fine Grain Action Understanding"

3D Pose estimation for a monocular lens
Advanced Biomechanical measurements of the human body in 3D
Machine learning of ideal kinematic parameters and sequences against outcomes
Temporal tracking of changes in kinematic parameters and sequences