Chinese robotics startup AgiBot has introduced LinkCraft, an innovative no-code platform that enables anyone to create humanoid robot actions simply by uploading videos of human movements. The tool leverages AI-powered motion capture and imitation learning to translate gestures — from dancing and martial arts to everyday tasks — into precise robotic performances, eliminating the need for coding or specialized hardware.
According to AgiBot co-founder and CTO Zhihui Peng, users can “upload a video of human movements, and LinkCraft handles the rest.” This straightforward process opens the door for creators, researchers, and businesses to design complex humanoid behaviors with ease.
Beyond physical motion replication, LinkCraft also integrates voice performance capabilities, allowing robots to synchronize speech, tone, and facial expressions for more natural interactions. Another standout feature is Group Control, which enables users to coordinate and manage multiple humanoid robots simultaneously — a function particularly useful in entertainment, exhibitions, and coordinated events.
Currently, LinkCraft is compatible with AgiBot’s flagship humanoid model, the X2, but the company has confirmed plans to expand support to additional models in the near future. This expansion could significantly broaden the platform’s ecosystem and accessibility, making advanced humanoid control a mainstream capability rather than a niche research function.
The startup said that LinkCraft is already being deployed across several sectors, including entertainment, retail, research, and education, where it helps businesses and institutions explore creative and practical uses for humanoid robots. For instance, it can power lifelike performances in entertainment venues, enable interactive retail experiences, and assist in robotics education by simplifying the process of teaching complex movements.
With LinkCraft, AgiBot aims to bridge the gap between human creativity and robotic execution, empowering non-technical users to contribute to the evolution of humanoid robotics. The platform’s combination of accessibility, precision, and scalability positions it as a potential game-changer in the robotics industry — transforming how humans teach, program, and collaborate with machines.
