Shenzhen Ruoyu Technology
Embodied AI robot brain for multi-platform integration.
| Date | Investors | Amount | Round |
|---|---|---|---|
| investor investor | €0.0 | round | |
* | CNY100m | Seed | |
| Total Funding | 000k | ||
Shenzhen Ruoyu Technology Co., Ltd., founded in April 2023, is a developer of general-purpose artificial intelligence, aiming to connect AI with the physical world. The company's core team originates from the Harbin Institute of Technology (Shenzhen) and was incubated by Shenzhen Ha Shen Asset Management Co., Ltd. One of the co-founders is Professor Zhang Min, who also serves as the company's Chief Scientist.
Ruoyu Technology develops foundational models and learning algorithms to power a wide range of robots and physically actuated devices. The business deploys its "Robot Brain" through a cloud-plus-edge architecture, using APIs and SDKs to partner with robot manufacturers and application companies. Its main products include "Ruoyu Jiutian," a self-developed multimodal large model that acts as a robot brain; "Ruoyu Lanyue," a general-purpose humanoid robot; and "Ruoyu Tiangong," an embodied data collection suite. The Ruoyu Jiutian model can handle tasks such as dialogue, image and video generation, translation, and reasoning. This technology enables group intelligence, allowing one "brain" to control multiple robot bodies simultaneously.
The company's solutions are designed for various sectors, including commercial applications like unmanned refueling and cleaning, industrial tasks such as grinding and welding, and consumer scenarios like smart kitchens. Since its inception, Ruoyu Technology has completed multiple financing rounds, securing over 50 million RMB from investors like Kinzhong Capital, Dongfang Precision, and Dongshan Precision. The firm has established strategic partnerships with several leading robot manufacturers and has been a technology partner for events like the Amazon Web Services' 2nd China Generative AI Application Innovation Challenge.
Keywords: embodied intelligence, robot brain, humanoid robots, multimodal large models, artificial intelligence, robotics, data collection suite, cloud robotics, machine learning, AI algorithms, industrial automation, commercial robotics, smart manufacturing, human-robot interaction, Shenzhen