Xiaomi-Backed RoboParty Launches ORIGIN: World’s First-Tier Full-Stack Open-Source Bipedal Humanoid Robot, Forging Embodied Infrastructure

Core Insights - Shanghai Roboparty Technology Co., Ltd. has open-sourced its bipedal humanoid robot ROBOTO ORIGIN, marking a significant step in the embodied AI industry with a focus on collaborative development and open-source infrastructure [1][10][12] Company Overview - Founded by Yi Huang, a 21-year-old prodigy, Roboparty has received a $10 million seed investment from notable backers including MPCi and Xiaomi, indicating strong market confidence in its innovative approach [1][15][16] - The company aims to reshape the embodied AI landscape by providing a full-stack open-source platform that addresses inefficiencies in the robotics industry [1][12] Product Development - ROBOTO ORIGIN was developed in a rapid 120-day timeframe, showcasing the company's ability to iterate quickly and validate end-to-end humanoid robotics workflows [4][10] - The robot stands 1.25 meters tall, weighs 34 kg, and can run at speeds of 3 m/s, featuring a self-developed AMP anthropomorphic gait algorithm for stable motion [11] Open-Source Strategy - Roboparty's decision to fully open-source ROBOTO ORIGIN's designs, code, and engineering insights aims to democratize access to high-performance robotics resources, fostering collaborative innovation [5][13] - The open-source model is expected to reduce development costs in the embodied intelligence sector by 80%, addressing key industry challenges such as high costs and unstandardized designs [12] Ecosystem and Community Engagement - The company has attracted a diverse range of global talents, forming a collaborative network that enhances innovation and accelerates the development of embodied infrastructure [13] - Roboparty maintains a global co-creation knowledge base to facilitate collective problem-solving and knowledge sharing among developers [13] Future Vision - Roboparty has outlined a three-phase development plan, aiming to expand its developer community, achieve small-scale commercialization, and ultimately establish a leading platform for humanoid robotics by 2029 [17][18]