Recently, the leading company in the domestic AI large model field, MiniMax, has once again attracted industry attention. According to the latest business registration information, its affiliated company, Shanghai Xiyu Jizhi Technology Co., Ltd., has completed a major capital increase, with its registered capital rising from the original 1 billion yuan to 4 billion yuan, an increase of as much as 300%.
This technology company, established in November 2021, is led by Yan Junjie as the legal representative. Its main business scope covers core technology areas such as computer system services. From the perspective of equity structure, the company is entirely owned by Hong Kong Xiyu Jizhi Limited, and its background strength is formidable.
Looking back at MiniMax's growth process, its capital operations have been quite tight. As early as July 2025, the company had already completed a strategic financing round close to 300 million U.S. dollars, and the post-investment valuation had successfully broken through the 4 billion U.S. dollar threshold. Industry insiders have also revealed that due to rapid business expansion and steadily increasing valuation, the company is actively seeking opportunities to list on the A-share market.
In addition to its headquarters in Shanghai, MiniMax's business has been continuously expanding. In January of this year, the company established a new technology company in Guangzhou, with a registered capital of 70 million yuan. This substantial capital increase for the Shanghai affiliated company not only reflects the high recognition of the large model sector by the capital market, but also indicates that MiniMax is entering an accelerated phase in technological research and development and commercialization.
Amid the increasingly intense competition in the large model field, related companies such as Zhitu AI and Manus have also recently announced capital increases. The further enhancement of MiniMax's capital strength undoubtedly provides more sufficient financial support for its intense competition in computing power and model iteration.
