- Humanoid
- RL
- Perception
- Unitree G1
Humanoid Table Tennis Robot
A Unitree G1 that returns real table-tennis shots, following the SMASH research approach.
Building robot software forhumanoids, robot dogs, teleoperation, navigation.
We turn off-the-shelf humanoids and quadrupeds into robots that do your job.
What We Build For You
Bring a robot and a goal. We bring the engineering team.
Secondary Development
Custom software that makes your humanoid or robot dog do one specific job, well.
Learn moreConsulting
Pick the right robot and the right plan before you spend the budget.
Learn moreEducation
Courses on real humanoids and robot dogs, from first program to trained policies.
Learn moreRobot Dog Kit
Our own robot dog for schools, universities and enthusiasts — one robot, three levels.
Learn more
Featured Projects
A look at what we have shipped on humanoids and quadrupeds.
- Teleoperation
- Humanoid
- Data Collection
Full-Body Teleoperation
Whole-body teleoperation of a humanoid for live demonstrations and data collection.
- VLA
- Imitation Learning
- Manipulation
VLA Training
Training vision-language-action models on teleoperated demos — like a G1 screwing in a lightbulb.
Platforms We Work With
- Unitree G1
- Unitree Go2
- Unitree B2W
- Agibot A2
- Agibot X2
- NVIDIA Isaac
Frequently Asked Questions
Mostly humanoids and quadrupeds: Unitree G1, Go2 and B2W, Agibot A2 and X2, and similar platforms. We also build applications for service robots such as OrionStar. If your robot has an open SDK or ROS 2 interface, we can usually work with it — ask us.
Yes. Secondary development needs low-level access to the robot, which Unitree only provides on the EDU (developer) versions. Consumer versions are locked to the official app. If you have not bought yet, we can help you choose the right version and configuration.
Absolutely — that is most of our work. You keep the robot on your site and we work remotely, or you ship it to our lab in Astana, or our engineers come to you. We agree on the setup during the first call.
Yes. We work in English, Russian and Kazakh and collaborate remotely with teams in other time zones. Simulation-first development means most of the work does not need the robot to be in the same room.
Yes. Every project ends with a handover session, and we run dedicated courses and workshops — from ROS 2 basics to reinforcement learning and VLA models — on-site or online. See the Education page for the catalog.