The Unitree G1 benefits from this effect because researchers have deployed it across standing recovery, whole-body imitation, vision-language planning, neural teleoperation, energy-aware reinforcement learning, and loco-manipulation. Unitree also maintains an official developer environment and public software repositories, giving engineering teams a clearer starting point for robot models, communications, and control integration than they would have with a platform supported only through proprietary demonstrations. The result is a progressively richer research surface in which teams can focus more of their effort on policy architecture and less on reconstructing the physical interface from first principles.