Revolution in robotics: GFT and Neura close strategic partnership!

Revolution in robotics: GFT and Neura close strategic partnership!

What's new in the world of robotics? On July 3, 2025, the exciting partnership between Neura Robotics and GFT Technologies was presented. Neura Robotics, a pioneer in the field of cognitive robotics, chose GFT as a strategic partner to jointly develop an advanced software platform. This platform is intended to drive the next generation of physical AI and support intelligent machines that can act autonomously in real environments. GFT not only brings comprehensive know-how in AI and data analysis, but also a strong expertise in high-performance architecture.

Marco Santos, GFT Global CEO, emphasizes the technological leadership role of his company and refers to the previous collaboration with Neura Robotics. According to Digital Manufacturing Magazine, both companies have already developed a future-oriented software platform that starts the gap to close between AI knowledge and its physical implementation.

The vision of cognitive robotics

David Reger, founder and CEO of Neura Robotics, emphasizes the connection between the technology know-how of GFT and the requirements of its own products. In intelligent robotics in particular, it is crucial that machines learn to adapt and to act autonomously even in unexpected situations. The creation of training data plays a central role here. Modern AI systems need extensive data records to develop robust skills.

However, it is often a real challenge to generate this data. Direct training in physical robots is not only expensive, but can also be risky. Fraunhofer IFF describes that the use of modern simulation environments is a valuable alternative. These enable safe and efficient training by being able to reproduce unlimited scenarios and variations. The so-called Sim2Real problem, the gap between simulation and reality, is increasingly addressed.

A current research project shows how AI-based movement generation works for the automated disassembly of electrical devices. These requirements require flexibility and adaptivity in robot control, since the conditions are often unknown in advance. Classic programming approaches reach their limits here, which gives methods such as Reinforcement Learning and Imitation Learning more and more important.

A look into the future of robotics

The partnership between GFT and Neura Robotics shows how companies can work together to master the challenges of modern robotics. The combination of GFTS technologies in the area of ​​responsible AI and Neuras pioneering work in cognitive robotics creates a promising basis for the future of robotics. This innovative cooperation could be the key to sustainably revolutionizing the robot market and opening up new growth opportunities.

Overall, it can be seen that the development of intelligent machines and artificial intelligence is not only a technical challenge, but also requires creative and strategic partnerships. A look into the future of robotics remains exciting, and we can look forward to the next steps of GFT and Neura Robotics. After all, there is never a standstill in the area of ​​technology, there is always something!