Solutions
Four robot families, six services and one simulation-first method. Here’s how we can help.
01 · Humanoid robots
Humanoids are the most general-purpose robots, and the hardest to get right. We work with open humanoid designs and learning frameworks to prototype walking, balance and dexterous manipulation, training in simulation first and then transferring to hardware.
02 · Quadruped robots
Legged robots go where wheels can’t. We cover everything from desktop robot dogs for teaching to torque-controlled platforms for dynamic locomotion research, along with ROS 2 navigation and mapping.
03 · Robotic arms
Robotic arms are the fastest way into physical AI. We build leader–follower setups that collect human demonstrations, train imitation-learning policies on them, and integrate humanoid arms for contact-rich work.
04 · Drones & UAV
We configure and extend industrial open-source autopilots, test every change in software-in-the-loop simulation before it flies, and support indoor swarm research on micro quadrotors.
Services
We match your goal and budget to the right open platform, then bring hardware, firmware and software together into one working system.
Train and validate in Isaac Lab, MuJoCo, Genesis or Gazebo before touching hardware, then transfer the policies to the real robot.
Leader–follower arms and teleoperation pipelines that capture clean demonstrations for imitation learning.
PX4 and ArduPilot setup, SITL testing and custom flight behaviour for multirotor, fixed-wing and VTOL aircraft.
3D-printed parts, actuator selection, wiring and assembly, so an open design becomes a robot on your bench.
Hands-on sessions for schools, universities and engineering teams, from first robot arm to reinforcement learning.
Method
Define the task, environment, budget and measurable success criteria.
Model the robot and train or tune its controller in a physics simulator.
Assemble, integrate and calibrate the hardware against the simulated baseline.
Test in the field, then hand over code, documentation and training.
Tell us what you’re trying to achieve. We’ll suggest the right platform, a realistic plan and what it will cost.