On the current Humanoid Robots Summit 2026 in Stuttgart, Vector Informatik, PEM Motion, and FMC³ Robotics signed a memorandum of understanding at Vector’s headquarters to collectively develop a standardized knowledge infrastructure for industrial embodied AI.
The settlement combines the companions’ complementary strengths in manufacturing engineering, standardized industrial knowledge applied sciences, robotics, and embodied AI to help the gathering, processing, coaching, validation, deployment, and steady enchancment of AI-powered robotic techniques in manufacturing environments.
As robots transfer from managed pilot initiatives into actual manufacturing environments, their dependable and strong efficiency relies on extra than simply fashions and robotic {hardware}.
Additionally required are high-quality knowledge from the bodily world and an infrastructure that seamlessly connects knowledge assortment, knowledge processing, coaching, validation, deployment, and suggestions from ongoing operations.
The collaboration focuses on growing a unified knowledge infrastructure for embodied AI based mostly on standardized protocols.
It’s designed to help multimodal knowledge assortment, knowledge processing and high quality management, mannequin coaching, simulation-based validation, in addition to the deployment of fashions and suggestions from real-world operations.
The three corporations convey distinct, complementary capabilities to the partnership. PEM Movement contributes experience in manufacturing engineering, industrialization, and implementation in actual manufacturing environments.
Vector brings its globally main experience in embedded techniques, standardized knowledge and communication protocols, in addition to knowledge governance and compliance. FMC³ Robotics gives its embodied AI mind platform together with knowledge assortment options tailor-made to it.
Dr Thomas Beck, managing director, Vector Informatik, says: “The economic deployment of embodied AI requires a shared technological basis constructed on standardized interfaces, trusted communication, and the safe integration of numerous techniques.
“Along with FMC³ Robotics and PEM Movement, we’re contributing our experience in embedded software program, connectivity, integration, security, and safety to assist construct exactly that basis and allow clever robotic techniques to scale reliably for industrial use.”
Professor Dr-Ing Achim Kampker, MBA, PEM Movement, says: “In international competitors, a key issue might be how rapidly we are able to harness the potential of AI and humanoid robots in industrial environments.
“This requires a broad vary of experience and a deep understanding of commercial processes and realities, notably in small and medium-sized enterprises.”
Dr Joachim Fetzer, president of Europe, FMC³ Robotics, says: “Industrial embodied AI will not be solely a mannequin problem; additionally it is a knowledge and techniques problem.
“Robots want high-quality knowledge from actual bodily interplay, along with the infrastructure to coach, validate, deploy, and repeatedly enhance their intelligence. This cooperation brings collectively the capabilities wanted to construct that basis for manufacturing.”
By connecting actual industrial environments, standardized knowledge applied sciences, and embodied AI, the companions goal to create an industry-ready basis for translating bodily interactions into strong robotic intelligence.
To this finish, the events intend to determine a three way partnership in Germany to advance the commercial scaling of embodied AI.
