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Unitree Robotics gained significant attention through videos showcasing its robots performing impressive feats like dancing, martial arts, and somersaults. Notably, at the Chinese New Year gala in February 2026, 24 G1 humanoids and one H2 delivered a fully autonomous group performance, generating considerable buzz.

The company debuted on Shanghai's STAR market on August 19, with shares surging by up to 629% at one point, valuing the company at approximately $50 billion. Founder Wang Xingxing, 36, saw his fortune reach $16 billion during the initial IPO frenzy, later stabilizing around $9.7 billion, securing his place among China's tech elite.

Unitree reported 1.7 billion yuan in revenue in 2025, a more than 300% increase from the previous year, and a net profit of 278 million yuan. The company shipped 5,511 humanoid robots in 2025 and has sold over 33,000 quadruped robots since its founding, making it a rare profitable entity in the robotics industry.

The approximately $900 million raised from the IPO is earmarked for developing new models and, crucially, improving the AI software that controls these machines. Wang Xingxing believes robotics is approaching its "ChatGPT moment," though he acknowledges that truly generalist machines are still years away. Currently, most of the humanoid revenue comes from research and education clients, indicating that the company's next challenge is to make its robots genuinely useful beyond impressive demonstrations.

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Researchers at Jiangnan University in China utilized the CRISPR gene-editing tool to modify two genes in Fusarium venenatum, an edible fungus used for mycoprotein production. This precise modification led to the development of a new strain, FCPD, which produces 88% more protein while consuming 44% fewer nutrients compared to its conventional counterpart.

One of the modified genes was related to sugar metabolism, and the other was involved in the production of chitin, a rigid substance found in the fungus's cell wall. Deactivating these genes allowed the fungus to grow with less glucose and nitrogen, and the thinner cell wall made it easier to digest.

This gene editing did not involve introducing external DNA but rather removing specific functions, which could lead to different legal treatment compared to traditional genetically modified organisms (GMOs). The FCPD strain also exhibited a texture and juiciness similar to chicken breast, enhancing its appeal as a meat substitute.

Environmentally, this fungus requires 70% less land and poses a 78% lower risk of freshwater contamination compared to chicken production, and has a smaller environmental footprint than lab-grown meat. This research highlights fungi as an extraordinarily versatile platform for enhancing food production sustainability. While its commercial future depends on regulations and public acceptance, this technology holds significant potential to expand the range of meat alternative options.

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