Sereact Secures €25 Million to Advance AI-Powered Robotics Innovation

Published  January 21, 2025   0
Ralf Gulde ( CEO ) & Marc Tuscher ( CTO ), Sereact

Sereact, an AI-driven robotics company founded in 2021 has secured €25 million in Series A funding. The round was led by Creandum with participation from Point Nine, Air Street Capital and several prominent business angels including former Formula 1 champion Nico Rosberg and Mehdi Ghissassi, an ex-Google DeepMind leader. This investment highlights the growing confidence in Sereact’s software-first approach, which focuses on creating intelligent, adaptable robots that can operate autonomously in dynamic environments.

At the core of Sereact’s innovation is its Vision Language Action Models (VLAM), an advanced AI technology designed to help robots to understand and adapt to real-world tasks without requiring pre-programmed sequences. Unlike traditional robotics solutions, Sereact’s AI models allow robots to adjust to changing situations in real-time, providing superior flexibility and efficiency. This groundbreaking technology has already been adopted by major clients such as BMW Group, Active Ants, Daimler Truck, Bol and MS Direct, showcasing its capability to enhance automation in logistics, warehousing and manufacturing. CEO Ralf Gulde said that situational adaptability is vital for achieving advanced autonomy in robotics, making Sereact’s approach a significant step forward in the industry.

The €25 million funding will be used to expand Sereact’s research and development efforts. The company plans to extend its AI solutions to more robotic platforms including mobile robots and humanoids and developing AI solutions to tackle complex tasks beyond logistics and manufacturing. Sereact also aims to strengthen its presence in the U.S. by building partnerships and expanding its local team. With this funding, Sereact seeks to democratize robotics, making AI-powered systems more accessible and versatile across industries. The company’s goal is to establish embodied AI as a global standard for intelligent robotic systems, driving advancements in autonomy, efficiency and adaptability.