At FMC³, we are building the intelligence layer that allows for advanced skill sets of humanoid robots for rapid deployment in value generating scenarios, e.g. tasks in production, maintenance, logistics. These scenarios will address your specific real-world operational needs.
Our architecture is specifically designed to be hardware-independent and EU-compliant, solving two of the biggest risks in the industry today: hardware lock-in and regulatory hurdles.
Identifying scenarios in which deploying humanoids will generate value. We help you implement a reliable proof of concept cost-efficiently.
Finding the right robots: we help you to navigate the acquisition of humanoid hardware. Maintenance included.
Establishing effective data collection and training pipelines, train and deploy your robot.
Building partnerships with leading academic institutions and innovators.
The cognitive stack powering the next generation of capable machines
Translating raw sensor data into semantic understanding of complex environments.
Dynamic path planning that adapts instantly to obstacles and changing terrains.
Fine-motor control for delicate tasks, from assembly to human interaction.
By integrating FMC³ intelligence into partner-built robots, we accelerate deployment across manufacturing, logistics, and service industries.
FMC³ is headquartered in Ingolstadt, Germany, and has a second development center in Shanghai, China.
In Ingolstadt, we work closely with our European customers and universities to understand their needs. Here, we develop our core technology in compliance with EU regulations, e.g., on privacy, data security, and cybersecurity.
In Shanghai, we build strong partnerships within China’s dynamic robotics ecosystem. Alongside our local partners, we jointly develop advanced skills and components that address the quickly changing needs of our customers.
No matter if you’re beginning to explore humanoid robotics or ready to integrate them into your workflows, we provide the expertise to help you move forward.
Contact: info@fmc3-robotics.ai