OM-Eye™
AI-powered 3D vision
Transforms RGB-D sensor data into 3D scene understanding and object pose estimation, so robots can perceive and locate objects in complex environments, including unstructured bins and dynamic production settings.
About OpenMind Robotics
Engineering the intelligence behind autonomous robotics
OpenMind Robotics builds the Physical AI that makes robots see, think, and act autonomously in the real world.
ONE Brain, ANY Robots, ANY Task
- University spin-off
- VGU
- University spin-off
- Qualcomm Innovation Award & Grant Recipient
- Award-Winning
- Qualcomm Innovation Award & Grant Recipient
- Robotics & Physical AI
- Deep-Tech
- Robotics & Physical AI
- International Outlook
- Global
- International Outlook
Who we are
Embodied AI for industrial robotics
We are a deep-tech robotics company and a spin-off from Vietnamese-German University (VGU), focused on translating advanced research into practical industrial solutions.
We combine Physical AI, 3D vision, robot intelligence, and digital twins to automate complex industrial tasks with greater flexibility and autonomy.
Recognized by Qualcomm
QVIC 2026 Innovation Award winner
Qualcomm Vietnam Innovation Challenge 2026
In 2026, OpenMind Robotics was selected among the Top 5 finalists of the Qualcomm Vietnam Innovation Challenge (QVIC 2026) and received the Innovation Award, recognizing our work at the Physical AI intersection.
We were also the only university spin-off among the five finalists, highlighting our commitment to transforming university research into commercially viable technology.
For us, this milestone is more than an award. It reinforces our mission to bring Physical AI out of the research environment and into real industrial applications.Read the story
Our team
Bridging research and industry
Our team combines hands-on industrial robotics experience with academic research and engineering innovation. We work across the entire technology stack, from AI perception and real-time embedded computing to robot motion planning, simulation, and system integration.
Our development benefits from academic guidance and international perspectives connected with Germany, Belgium, and Vietnam, linking advanced research with the practical requirements of manufacturing, logistics, and other industrial environments.
Multidisciplinary expertise
- Robotics engineering
- Mechanical systems
- 3D computer vision
- Embedded AI
- Robot control
- Digital twins
- Business development
Our technology
One platform, three building blocks
Together, these technologies form the foundation of our vision for adaptable, intelligent, and hardware-independent robotics.
OM-Brain™
Intelligent robot control
Connects perception with action through task planning, motion planning, and intelligent execution, enabling robots to handle variable objects, adapt to changing environments, and recover from common execution failures.
OM-Twin™
Digital twin & virtual commissioning
Combines virtual commissioning, 3D simulation, robot programming, and physical system integration to validate automation workflows before deployment and bridge the gap between simulation and real-world operation.
Collaboration
Collaboration for innovation
We value collaboration between academia and industry as a foundation for advancing robotics technology. Building on our origins within the VGU ecosystem, we work with researchers, engineers, industrial partners, and technology providers.
Our long-term ambition is a strong innovation ecosystem that connects scientific research, engineering expertise, and industrial demand to accelerate the development and commercialization of Physical AI.
Ways to work with us
- Joint research
- Experimental validation
- Dataset development
- Pilot projects
- Technology transfer
Our vision
A world where every robot can become intelligent, adaptable, and autonomous.
We are building the next generation of robotics intelligence to help industries move beyond rigid automation toward flexible systems that perceive, reason, and act in the real world.
ONE Brain, ANY Robots, ANY Task
From research to reality. From intelligent perception to autonomous action.