Gamma Robotics, the first embodied intelligence company incubated by China Telecom TeleAI, has been established in Xuhui, Shanghai

An embodied intelligence innovation company named "Gamma Robtics" was recently registered and established in Xuhui District, Shanghai, and has moved into the Modu Space. The company is the first market-oriented innovation enterprise incubated by the China Telecom Artificial Intelligence Research Institute (TeleAI). It focuses on full-model innovation and applications for self-evolving humanoid robots, and will jointly build a humanoid robot laboratory with TeleAI to jointly promote the transformation of scientific research achievements into products and services for real industrial scenarios. Gamma Robtics has received strategic investment from China Telecom (Shanghai) Artificial Intelligence Industry Private Equity Fund. Professor Li Xuelong, CTO and Chief Scientist of China Telecom Group and Dean of the China Telecom Artificial Intelligence Research Institute (TeleAI), serves as scientific advisor, and Dr. Bai Chenjia serves as founder and CEO. The China Telecom (Shanghai) Artificial Intelligence Industry Private Equity Fund was jointly established with funding from China Telecom together with Shanghai Guotou Xiandao Fund, the Central Enterprise Strategic Emerging Industry Development Fund, and Shanghai Huizi, an entity under Xuhui District, forming a multi-level capital structure of "central enterprise + local state-owned capital + national-level strategic emerging fund." The fund is China Telecom's first self-managed private equity investment fund, with the goal of building an ecosystem covering the entire AI industry chain and empowering high-quality industrial development. This strategic investment in Gamma Robtics is highly consistent with Shanghai's development direction of accelerating the creation of a world-class artificial intelligence industry cluster. Gamma Robtics' establishment in Xuhui and move into Modu Space is a typical representative of the gathering of momentum for the industrialization of humanoid robots. Relying on China Telecom's core advantages in communications, networks, computing power, data, and scenarios, as well as the innovation capabilities of TeleAI's next-generation communications network, AI Flow, Gamma Robtics will focus on advancing research and development around the "self-evolution" and "whole-body model" of humanoid robots, committed to enabling robots to continuously learn in real interaction applications, form whole-body capabilities in which movement, balance, and manipulation work in coordination, and collaborate deeply with cloud models and various intelligent nodes to support robots in sharing experience and jointly completing tasks. Dr. Bai Chenjia previously served as Director of the General Embodied Intelligence Research Institute of TeleAI. Under the leadership of Professor Li Xuelong, CTO and Chief Scientist of China Telecom Group and Dean of the China Telecom Artificial Intelligence Research Institute (TeleAI), he participated in forming TeleAI's embodied intelligence research team and achieved multiple results in directions such as the embodied brain and cerebellum. He also serves as the leader of a project under the National Key R&D Program, has led research projects such as those of the National Natural Science Foundation of China, participated in the formulation of national standards related to humanoid robots, published more than 100 papers at high-level international conferences and journals, and concurrently serves as an industry doctoral supervisor at Tsinghua University, Fudan University, and Shanghai Jiao Tong University, jointly training more than ten doctoral students. Self-evolution emphasizes that robots continuously accumulate experience and update capabilities from real interactions, enabling models to keep growing in applications; the whole-body model is oriented toward the highly coordinated high-degree-of-freedom system jointly formed by the humanoid robot's whole body and dexterous hands, while simultaneously meeting the application needs of whole-body balance, complex contact, and fine manipulation. Related technology research and development must simultaneously face the increased difficulty of brain planning and cerebellum control. Gamma Robtics aims to promote unified modeling of whole-body movement and dexterous manipulation, enabling movement, balance, grasping, and manipulation to connect into complete task capabilities. Based on the long-term accumulation of TeleAI's General Embodied Intelligence Research Institute, the R&D team has formed a capability loop among the embodied brain, embodied cerebellum, and embodied data, achieving interconnection among brain decision-making, cerebellum execution, and data synthesis, providing strong support for Gamma Robtics in building and continuously evolving foundation models for humanoid robot whole-body movement and dexterous manipulation. China Telecom's cloud-network integration and computing power layout will also provide Gamma Robtics with complete resources and platform conditions integrating training, inference, and service deployment for technology research and development and application implementation. Facing collaborative robot operations in real application scenarios, Gamma Robtics will work with TeleAI around the "device-edge-cloud" collaboration capabilities of AI Flow to connect intelligent terminals with edge nodes and cloud systems, transforming the interaction experience between robots and the physical world into shared capabilities of more intelligent nodes. This will strongly promote the broad flow of intelligent capabilities and data knowledge in the network, making the exploration of a single node the starting point of swarm intelligence, forming collaborative capabilities that surpass individual intelligence, and achieving intelligence emergence based on connection and interaction. As a bridge between technological innovation and industrial implementation, Gamma Robtics will engage in deep cooperation with TeleAI in the technology research and development and product applications of humanoid robots, build demonstration applications around China Telecom's AIDC computing infrastructure services, home and commercial services, and other aspects, and jointly promote the rapid implementation of robot swarm collaboration. The two parties will take real scenario needs as the starting point, work with upstream and downstream ecosystem partners to verify the boundaries of robot capabilities, system stability, and operational efficiency, gradually improve products and delivery solutions, use business needs and feedback as an important basis for continuous iteration, and open up a replicable industrialization path for research results.