Group 1 - The core viewpoint of the news is that 首程控股 has made a significant follow-up investment in 加速进化, a leading humanoid robot company, demonstrating confidence in its technological capabilities and the industry's growth potential [1] - The additional investment follows a previous lead investment in 加速进化's A+ round financing in July 2025, indicating a strategic commitment to deepen collaboration in areas such as scene implementation, channel expansion, and ecosystem development [1] - 加速进化 has successfully completed three rounds of financing in June, July, and November of this year, with the latest funding aimed at product R&D upgrades, large-scale production delivery, and ecosystem platform service construction [1] Group 2 - The Booster K1, launched in October, is an entry-level embodied development platform that combines leading performance, practical validation, and large-scale production, covering various scenarios such as competitions, education, and exhibitions [2] - The initial launch of Booster K1 on platforms like Taobao and Tmall saw all first batch orders sold out within 20 minutes, with over a thousand units signed by dealers at the launch event, showcasing strong market demand [2] - 加速进化 has experienced significant growth in global delivery volumes since Q3 2025, optimizing its production system to meet explosive market demand while also reducing product prices to expand market coverage [2] Group 3 - 首程控股's co-president, 叶芊, emphasized the company's focus on deep investment in the robotics sector, stating that 加速进化 is a standout among its core portfolio companies [3] - The company adheres to a dual-driven strategy of "capital + industry," aiming to build a comprehensive robotics industry ecosystem from technological innovation to large-scale application [3] - 首程控股 has systematically invested in leading companies in the industry, providing not only financial and technical support but also leveraging its extensive scene resources and commercialization pathways to facilitate the full-chain transformation of robotics technology [3]