T-robotics’ technology has its roots in the groundbreaking decade-long research and development done by its founding team. At its heart is a fundamental rethinking of how industrial robots are programmed. Since their earliest implementations in the 1960s, they have primarily relied upon “point to point” programming, in which an engineer describes where the robot has to be to complete each step of its task, and the robot draws the motion between those points. However, point-to-point is time-consuming to implement and brittle to operate. To bring intelligence to the application layer, the mathematics that is running the robot needs to be redevised.

The ActGPT platform’s core innovation is a model that can see, touch, understand, and act. This proprietary T-robotics technology allows the robot to make sense of the task's visuals, understand its haptics, incorporate language from a human operator, and rely on an innovative combination of known skills and AI-based problem-solving to work through any actions efficiently. As is always the case in robotics, no matter how much you model the world, you will encounter unknown situations; ActGPT’s next-generation architecture can quickly and accurately overcome any process malfunctions while improving its skills over time and sharing that data across the platform. T-robotics is partnering with major robot manufacturers and integrators to bring the benefits of AI to the millions of robot arms.