- Westlake Robotics unveiled Titan o1 humanoid robot, capable of mimicking complex human movements without prior programming.
- The team claims its fully in-house developed, original algorithm leads global peers by at least six months.
A Chinese team has unveiled a striking humanoid robot, marking the latest advancement in the field.
Westlake Robotics, a company incubated by Westlake University, released a humanoid robot named Titan o1 that can replicate human movements in real time.
The name "Titan" originates from the powerful giant deities in Greek mythology, while the "o" stands for omnipotence.
The product breaks the movement limitations of traditional robots, allowing it to mimic complex human actions anytime and anywhere without prior programming, giving humans a powerful avatar, according to a statement on Monday.
Titan o1: Bridging worlds in a heartbeat❤️❤️❤️.
With the upgraded GAE model, we’ve unified dexterous manipulation and full-body movement like never before. Experience seamless cross-body integration that brings the "far away" right to your fingertips.
Titan o1. Be there, from… pic.twitter.com/0plRocfnLI— WestlakeRobotics (@westlake_robot) February 11, 2026
The core of this technological breakthrough lies in its General Action Expert (GAE) pre-trained large model, which the research team compares to a "general cerebellum" controlling the robot's movements.
In real-word tests, Titan o1 synchronized with the tester's movements in milliseconds, smoothly completing squats, turns, and self-adjustments after losing balance.
This is an original algorithm fully developed independently by the Westlake team, which they claim is at least six months ahead of similar technologies from other international teams.
The system features remote control capabilities. Operators only need to wear motion-capture equipment to control the robot from a different location, enabling one person to simultaneously control dozens of devices.
The team's original intention in developing Titan o1 was to have the robot replace humans in performing dangerous tasks, improving efficiency while protecting human safety.
Their ultimate goal is to make robots smarter and become helpers in human daily life.
Founded in 2021 by Professor Wang Donglin's team at Westlake University, Westlake Robotics focuses on end-to-end embodied large models integrating both "brain" and "cerebellum" functions.
Wang is the head of the Machine Intelligence Laboratory (MiLAB) at Westlake University and one of the leading figures in embodied intelligence and robot learning in China.
