Recently, embodied intelligence company "Self-variable Robots" announced the successful completion of its Pre-A+++ and A rounds of financing, with a total funding amount reaching hundreds of millions of yuan. This round of financing was led by ChinaVision Capital and Meituan, marking an important step for the company in advancing general embodied intelligent technology. Since its establishment in 2023, Self-variable Robots has completed seven rounds of financing, accumulating a total financing amount exceeding 1 billion yuan.
Self-variable Robots focuses on developing full self-developed end-to-end general embodied intelligent large models to achieve the ideal of robots autonomously interacting and efficiently executing tasks in complex environments. The company's core technology relies on real-world data, combining deep learning with robotics technology to gradually build intelligent robots with fine operation capabilities.
In terms of technology, Self-variable Robots adopts a series of large models called "WALL-A," which have multi-modal information fusion capabilities. This means that robots can process visual, language, and motion information simultaneously, enabling more efficient task execution. Particularly in complex tasks, WALL-A has shown remarkable zero-shot generalization capabilities, maintaining excellent performance in unseen task scenarios.
The founding team of Self-variable Robots gathers experts from several international top universities and research institutions, especially with profound research backgrounds in robot learning and large models. Founder Wang Qian participated in the research of the world's first attention mechanism, and the team's research results have achieved preliminary commercialization in some typical scenarios.
This round of financing will mainly be used to promote the synchronized iteration of embodied intelligent large models and robot bodies, further exploring intelligent solutions for multiple application scenarios. Industry experts believe that the embodied intelligence market is rapidly developing, and Self-variable Robots is expected to become a leader in this field in the future.