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Geek+ Acquires 20% Stake in Beijing Shenyi for RMB 50 Million
1 reports · 1 sources
Geek+, listed in Hong Kong, announced on October 9, 2026, that it would make a strategic investment of RMB 50 million in Beijing Shenyi for a 20% equity stake, corresponding to a post-investment valuation of RMB 250 million. Beijing Shenyi was founded at the end of January 2026; as of March this year, it had zero revenue and negative net assets. Because Beijing Shenyi CEO Liu Kai also serves as a non-executive director and controlling shareholder of Geek+, the transaction constitutes a connected transaction and, under Hong Kong Stock Exchange rules, is subject to announcement procedures but exempt from independent shareholder approval. Beijing Shenyi has proposed the L4E+E4L self-evolution paradigm, claiming that after deployment robots can continuously iterate parameters through interaction in real environments, and that it has completed 0.1-millimeter-level industrial flexible insertion operations on site at the World Robot Conference in China, with the key learning process taking only half a day. Geek+ will not consolidate Beijing Shenyi into its financial statements, stating that it hopes to obtain opportunities for technological synergy in general-purpose embodied brains through the strategic tie-up.
Report timeline
- Geek+ Takes 20% Stake in Beijing Shenyi via 50 Million Yuan Strategic Investment
On October 9, 2026, Hong Kong-listed Geek+ announced a 50 million yuan strategic investment in Beijing Shenyi, a nine-month-old company with no revenue yet, acquiring a 20% stake at a post-investment valuation of 250 million yuan. The transaction is a related-party transaction and is exempt from independent shareholder voting. Beijing Shenyi proposes an L4E+E4L self-evolution paradigm, emphasizing continuous parameter iteration through interaction with the real environment after robot deployment. It has completed 0.1-millimeter-level industrial flexible insertion work on site at the World Robot Conference in China, with the key learning process taking only half a day.
OFweek Robotics ·