Sprout is a child-sized bipedal humanoid robot developed by Fauna Robotics (since acquired by Amazon), standing 107 cm tall and weighing 22.7 kg, designed specifically for safe human interaction in hospitality, retail, home, and research environments. Built with soft padded exterior materials, compliant motor control, and onboard safety sensing, the robot uses motorized eyebrows and an LED array to convey emotions and features stable APIs for developer customization. Early customers include Disney and Boston Dynamics, with units available at $50,000.
Primary use case: Home Assistance
Height
107 cm
Weight
22.7 kg
DOF
29
Battery
3 hrs
Height
107 cm
Weight
22.7 kg
Degrees of Freedom
29
Locomotion
Bipedal
Battery Life
3 hrs
Availability
Available
Primary Use Case
Home Assistance
Amazon acquired New York-based humanoid robotics developer Fauna Robotics for an undisclosed amount, bringing its roughly 50-person team into Amazon's Personal Robotics Group. Fauna's 42-inch, $50,000 Sprout humanoid is a developer-focused platform capable of walking, gripping items, dancing and interacting with people, and Amazon plans to continue deploying it to outside researchers.
AWS introduced a Physical AI Toolchain that connects NVIDIA robotics software (GR00T, Isaac Lab, Isaac Sim, Cosmos, OSMO) with AWS cloud infrastructure to streamline robot development workflows from demonstration collection through training to simulation testing. The public repository lists most core components as available, while edge deployment to Jetson via EKS Hybrid Nodes and Greengrass remains planned and the Isaac Lab Arena evaluation integration is in preview.
NexCOBOT's General Manager Jenny Shern discussed the evolving physical AI market, noting that Big Tech acquisitions of robotics companies (Mobileye-Mentee, Amazon-Fauna, Meta-Assured Robot Intelligence) are accelerating as larger firms seek to combine AI expertise with computing infrastructure. While AI-native robots are advancing rapidly in perception and motion planning, Shern emphasized that reliability and safety remain critical barriers to industrial adoption, and that open ecosystems and modular platforms can help bridge the gap between fast-moving software development and hardware requirements.