German robotics firm Sereact has raised $26 million (€25 million) in a Series A funding round announced on January 20. The funds will drive the company’s development of software-driven artificial intelligence (AI) solutions and expand support for humanoid and mobile robotics platforms.
Sereact Secures Major Funding For AI Venture
The funding will also help Sereact venture into AI applications beyond its current focus on logistics and manufacturing. According to the company, its approach prioritizes software over hardware, enabling robots to adapt to complex, real-world scenarios.
“The robotics industry is undergoing a fundamental shift,” the company stated in its announcement. The firm added, “Unlike traditional hardware-first robotics solutions, our software-first approach allows robots to operate as intelligent, adaptable agents. This adaptability is what differentiates us and supports our goal to establish embodied AI as a standard across various sectors.”
🚀 Sereact has secured €25M in Series A funding to scale its pioneering AI solutions for robotics. Led by Creandum, alongside significant participation from existing investors Point Nine and Air Street Capital, and prominent business angels. pic.twitter.com/rlzDArwa2K
— Sereact (@SereactAI) January 20, 2025
Founded in 2021, Sereact specializes in vision language action models (VLAM), which allow robots to analyze and respond to their surroundings without requiring intricate programming. This innovation gives robots the flexibility to respond to dynamic situations, enhancing autonomy. The company’s technology is already being utilized by major clients, including BMW, Daimler Truck, Bol, MS Direct, and Active Ants.
“Our technology enables robots to perform situationally, adapting in real-time to tasks rather than following rigidly pre-programmed instructions,” said Ralf Gulde, CEO and co-founder of Sereact.
Expert Comments
Sereact’s developments come at a time when industries are under pressure to automate operations due to increasing eCommerce demands. Efforts to improve robotic capabilities, like MIT’s PRoC3S tool, highlight the ongoing push to refine AI systems. This tool is designed to enhance robots’ precision in tasks requiring human-like dexterity and spatial awareness.
Erik Nieves, CEO and co-founder of Plus One Robotics, explained: “PRoC3S acts like a field trip compared to classroom instruction. By simulating environments for tasks, it refines the robot’s initial assumptions, significantly reducing errors.”
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