We're developing a human-inspired robotic eye and precision joints & actuators — two research tracks toward the next generation of humanoid robots.
A humanoid is only as intelligent as its senses — and only as graceful as its movement. So we focus on both: an eye designed to see like yours, and joints engineered to move with purpose.
A human-eye-inspired vision system combining precision optics, sensing and AI perception. Currently in prototype research.
Explore the robotic eye
Efficient joints and compact actuators designed for smooth, precise, energy-aware motion. An active R&D track.
Explore joints & actuators
We are developing a robotic vision system inspired by the complexity of the human eye — combining precision optics, sensing, perception and AI to help humanoid robots better understand their surroundings.
Our biological reference — adaptive, efficient, remarkable.
Our engineered prototype, currently in development.
Our research goal — structured understanding of the world.
Capture visual information.
Detect objects, movement, depth and environmental changes.
Use AI and perception systems to interpret the environment.
Enable intelligent interaction with the surrounding world.
Advanced optical and imaging capabilities designed to capture detailed visual information.
Exploring how robotic vision can understand distance, spatial relationships, and 3D environments.
Fast visual sensing designed for machines operating in dynamic environments.
Combining visual data with AI to help robots interpret and respond to what they see.
Natural motion starts at the joint. Our R&D explores efficient, compact actuators and compliant control, so a humanoid can move smoothly, precisely and gently around people.
Exploring quasi-direct-drive designs that convert more energy into motion — with less waste heat and lower power draw.
RESEARCH TRACK · ENERGYInvestigating precision gear stages for smooth, accurate movement, even at very low speeds.
RESEARCH TRACK · PRECISIONDesigning joints that report their own position, torque and temperature in real time — so control stays honest.
RESEARCH TRACK · FEEDBACKCompliant control strategies that keep movement safe, soft and natural around humans.
RESEARCH TRACK · SAFETYSeeing means nothing without the ability to act. We are exploring closed-loop systems where the robotic eye guides the actuators — perceive, decide, move, and learn from every cycle. Early research, big ambition.
We're at the beginning — and we think that's the most interesting place to be.
Biological studies, optical bench experiments, first actuator prototypes.
VIS-01 robotic eye and AX-1 joint module: integration, sensing and control experiments.
Exploring how vision and motion may one day guide a full humanoid platform.
We're at the beginning of the journey. Meet our team, watch a live preview of the VIS-01 eye, and see how our joints move.