A special investigative tour themed around artificial intelligence's role in diverse sectors took place in Liuzhou City, Guangxi, from August 24th to 25th. The visit centered on examining the city's innovative application of robotics within its senior care services. Leveraging its deep roots as an established industrial hub, Liuzhou has developed a three-pronged smart elderly care model that integrates a robust hardware base, community-based service stations, and a powerful digital platform.
At the testing facility of Liuzhou Luobide Technology Co., Ltd., cutting-edge assistive mobility robots and home-based health recovery robots are demonstrating their advanced capabilities. These machines boast autonomous obstacle avoidance, comprehensive navigation, real-time health data collection, and anomaly detection for home safety, offering round-the-clock vigilance for elderly individuals living alone. Furthermore, they facilitate remote video communication with family members, effectively addressing the challenge of caregiving from a distance.
Dai Zhongyuan, a company representative, illustrated the paradigm shift in programming and operational logic under an AI-native framework. He noted that unlike conventional internet-based fixed processes, these robots can autonomously perform adaptive tasks based on a user's real needs. As an example, a robot might intelligently infer whether to wake an elderly person based on their sleep patterns from the previous day, rather than relying on a rigid alarm schedule. If its visual sensors detect the person is already awake, it won't emit a redundant alert, showcasing a fundamental change from the inflexible, programmed operations of standard devices.
Addressing common challenges like missed medication, limited mobility, and unattended homes, these smart robots connect seamlessly with health monitoring devices and family members' mobile apps. This technological integration fills the gaps in human supervision, providing steady, intelligent oversight to mitigate home-based care risks. While the enterprise level provides the hardware foundation, the municipal government's wellness ecosystem platform plays a crucial role in bridging the gap between technology and community-level care.
Wang Hong, Director of the Liuzhou Municipal Civil Affairs Bureau, emphasized that AI-enabled elderly care is more than just adding technology; it involves using digital methods to clear bottlenecks and shift services from passive provision to active adaptation. To counter the prevalent issues of ineffective policies and services that don't reach the elderly, Liuzhou has moved away from superficial model projects. Instead, it is driven by real needs, deeply integrating national silver economy policies, local robotics industry output, and the essential needs of grassroots elderly care. This approach connects the entire chain from technical supply and scenario application to public service delivery. The city operates four AI-based wellness stations that continuously refine their services and products based on real-world data, employing a closed-loop system of "need discovery, intelligent analysis, service matching, and outcome tracking."
Currently, these AI wellness stations in Liuzhou have established a standardized four-dimensional service system: "Assess, Analyze, Assist, and Adapt." This framework harmoniously combines technology with a human touch. Routine health screenings create dedicated wellness profiles for seniors, while a sophisticated wellness model intelligently identifies health risks and crafts personalized plans. The system adheres to a principle of AI assistance and professional oversight, accurately responding to individual needs while dynamically updating service data to ensure meticulous and sustainable care.
Looking ahead, Wang Hong stated that Liuzhou will continue to advance its digital wellness ecosystem by focusing on platform support, closed-loop services, government supervision, and industrial collaboration. By capitalizing on its strengths in local intelligent manufacturing and robotics, the city aspires to become a replicable and scalable model for others. The industry currently faces a significant hurdle: an overemphasis on technical features with insufficient attention to user experience, which impedes the practical adoption of smart elderly care solutions.
Dr. Yang Peng, an expert at the China-ASEAN National AI Application Cooperation Center, argued that the true value of elder care robots lies not in technological breakthroughs but in their suitability for home settings and their ability to meet the real needs of senior users. Only by being accepted by the elderly and addressing their fundamental needs can a sustainable industrial loop be formed. Liu Ziqiang, an expert from the China Civil Affairs Social Assistance Research Institute, noted that with the rise of a deeply aging society, the growing number of elderly who are advanced in age, live alone, or are disabled is exposing the limitations of traditional care models.
He suggested that regions advancing smart elderly care should prioritize people's welfare, build on their own resource advantages, and create a complete service loop that integrates software and hardware. This requires a robust collaboration mechanism between government, businesses, and society, promoting a two-way synergy between local industry and care needs. By leveraging industrial clustering and policy support to reduce costs, and by addressing gaps in maintenance, training, and age-friendly design, a universally accessible and sustainable path can be forged. With technology offering warmth and care finding its anchor, the ongoing evolution of AI, coupled with the joint efforts of the government, enterprises, and communities, will continue to empower elderly services, enabling more seniors to enjoy a secure and dignified later life.