Lihe Sci-Tech makes a strategic move! Xingcan Intelligent has gathered three major industrial capitals to take the lead in the domestic embodied intelligence track for household use.

Recently, XCANBOT, a household embodied intelligence enterprise, completed a strategic angel + round financing worth tens of millions. Lihe Science and Technology Innovation (002243.SZ), a science and technology innovation platform on the A - share market, made a significant entry, and Yunyue Capital served as the long - term financing advisor. So far, XCANBOT has gathered three listed industrial capitals, namely Shandong Yahua Electronics, Zhejiang Yate Investment, and Lihe Science and Technology Innovation, forming an industrial empowerment closed - loop of "healthcare scenario + intelligent manufacturing + cutting - edge science and technology innovation", and comprehensively accelerating technological iteration and commercialization.

Different from most traditional embodied robots in the industry, which rely on remote control from data centers and offline solidified data iteration, and suffer from problems such as data lag, poor scenario adaptation, and high costs, XCANBOT has built an exclusive core barrier of spatial intelligence + scenario - based data closed - loop + exclusive embodied large model. The company's core team comes from the autonomous driving R & D systems of companies such as Baidu, Alibaba, and Geely. They won the championship in the global CVPR competition, and R & D personnel account for over 90%. The company's products have taken the lead in achieving the civilian application of L4 - level autonomous driving spatial intelligence technology. The team has self - developed the XcanBrain embodied large model and a complete set of underlying bases for the 5D full - domain spatial perception system. The greatest core advantage lies in using the robot as the terminal perception entry to collect real - time, high - abundance, high - freshness, and low - cost real - scenario data, rather than relying on cloud - based solidified data sets for iteration. Robots can autonomously perceive, dynamically collect, and provide real - time feedback in real scenarios such as courtyards, homes, healthcare facilities, and hospitals around the clock, generating a continuous stream of first - hand scenario data to continuously feed and iterate the XcanBrain model, enabling the model to have strong environmental self - adaptation and scenario generalization capabilities, and completely widening the technological gap with traditional cloud - controlled robots.

Relying on the triple technological bases of "spatial intelligence perception + scenario - based real - time data closed - loop + embodied large model", XCANBOT has created a matrix of robot products for two tracks that can be implemented, iterated, and scaled. The outdoor intelligent lawn mowing robot, with its high - precision spatial intelligence, can complete centimeter - level real - time mapping and adaptive obstacle avoidance on complex terrains, and continuously collect dynamic environmental data in real courtyard scenarios. The healthcare companion wheelchair robot is deeply equipped with the XcanBrain embodied large model, suitable for multiple scenarios such as homes, hospitals, and nursing homes, and can capture multi - dimensional data such as human - machine interaction, spatial adaptation, and healthcare services in real - time through offline terminals. Different from the rigid model of traditional robots with "unified cloud data and unchanging algorithms", XCANBOT continuously obtains high - freshness, high - authenticity, and low - cost industry - specific data through the implementation of a large number of terminal scenarios, continuously driving model iteration and optimization, making the products more intelligent with use and more adaptable to scenarios, and showing significant advantages in commercial iteration. Currently, the company's on - hand orders exceed 100 million yuan, and its products have passed both technological and market verifications, and are about to enter the large - scale mass - production stage.

XCANBOT's travel companion robot Xcan model X

The successive support from three leading industrial capitals has strengthened the full - chain industrialization barrier for XCANBOT's scenario - based data closed - loop, spatial intelligence algorithms, and embodied large model iteration, forming a competitive advantage that cannot be replicated by peers. Among them, Shandong Yahua Electronics opens up a large number of real healthcare scenarios in hospitals and nursing homes, providing high - frequency and essential offline data collection scenarios for robots and continuously enriching the data dimensions of healthcare scenarios. Zhejiang Yate Investment provides a mature intelligent manufacturing supply chain and global channels, helping the large - scale implementation of terminal robots, further reducing data collection costs and expanding the data volume. Lihe Science and Technology Innovation, relying on the industry - university - research resources of Tsinghua University, empowers the upgrade of spatial intelligence algorithms and the training and optimization of the XcanBrain embodied large model. The synergy of the three enables XCANBOT to form a positive flywheel of "scenario implementation - data collection - model iteration - product upgrade - larger - scale implementation", completely breaking through the industry bottlenecks of traditional embodied intelligence, such as data scarcity and weak adaptability.

The investment director of Lihe Science and Technology Innovation said that embodied intelligence and spatial intelligence are the core breakthrough points for the implementation of the AI industry, and the closed - loop of real - scenario data is the core bottleneck restricting the industry's development. Traditional robots rely on cloud - based solidified data iteration and are difficult to adapt to complex and changeable family and healthcare scenarios. However, XCANBOT's original scenario - based terminal data collection model can obtain high - value real - time data at low cost, continuously enhancing the scenario adaptation and autonomous decision - making capabilities of the XcanBrain embodied large model. It has a deep technological barrier and strong commercial growth potential, and is a scarce hardcore technology project in the track. In the future, it will comprehensively empower the company's technological iteration and industrialization acceleration.

Li Zhanbin, the founder of XCANBOT, said that the support from the three industrial capitals has completed the company's complete growth chain of "self - developed technology - terminal mass production - scenario implementation - data iteration - global expansion". In the future, the company will continue to deeply explore the core technologies of spatial intelligence and embodied large models, adhere to the route of scenario - based real - time data iteration of robots, continuously polish the model's capabilities with high - freshness and high - abundance first - line scenario data, break through the technological limitations of traditional embodied intelligence, accelerate the large - scale commercialization of full - scenario embodied intelligence products, and create a global benchmark brand for household embodied intelligence services.

At the industry level, AI and robot technologies continue to make breakthroughs, but most embodied intelligence products are limited by the cloud - based static data model, with poor scenario adaptability and slow iteration speed. Relying on the three core barriers of scenario - based real - time data closed - loop, spatial intelligence technology, and self - developed embodied large model, combined with a top - notch R & D team, a mature product matrix, and leading industrial resources, XCANBOT accurately solves the core pain points of the industry and is expected to continue to lead the household embodied intelligence track and seize the dividends of the 100 - billion - yuan household robot market.