https://en.people.cn/n3/2026/0304/c90000-20431371.html

The article features examples of telemetric and other support for remote homes.

• In Changxin township of Helan county in northwest China’s Ningxia Hui autonomous region, a villager living with hypertension who previously had to visit a local clinic weekly after a cardiac stent procedure, monitoring his condition has become much easier. With a smart blood pressure monitor at home, his readings are now sent in real time to an AI-powered health management platform, enabling village doctors and family physicians to track trends and adjust treatment plans accordingly.
• In Dongtai of east China’s Jiangsu province, 64-year-old villager Yu Fengzhu, who suffers from hypertension and heart disease, used to travel to urban hospitals each month for prescriptions. Today, Yu can complete examinations and obtain medication at her local village clinic in just half an hour. This progress is supported by the city’s “digital health cockpit” platform designed to optimize the allocation and management of medical resources at the county level. This platform links data from 437 medical institutions, allowing a centralized prescription review center to handle over 20,000 prescriptions daily.
• Drone-based delivery services provide rapid transport of medicines and samples between urban hospitals and village clinics, further enhancing convenience.
• In Mangya of northwest China’s Qinghai province, the province’s first AI-assisted chronic disease management system was launched in 2025. Equipped with multidisciplinary diagnostic support, the system allows residents to access health data via mobile devices and connect with family doctors, enabling a closed-loop service covering screening, assessment, intervention, and ongoing management.
• China’s medical technology sector has transformed device accessibility. Where blood glucose monitoring was once dominated by costly imports, Hunan-based Sinocare introduced its first affordable glucometer in 2004. In 2023 and 2025, the company introduced a continuous glucose monitoring system and its upgraded version. The latest model, roughly the size of a coin, can continuously measure glucose levels in interstitial fluid for up to 15 days. Data is synced via Bluetooth to a mobile app, enabling more efficient daily blood glucose management.
• Helan county, for instance, has incorporated AI applications and big data analysis into continuing education for medical personnel, strengthening the talent pool for smart health care.
• The National Disease Control and Prevention Administration and the China Meteorological Administration have jointly issued a “National High-Temperature Health Risk Warning,” effectively linking weather alerts with public health interventions and promoting the implementation of proactive prevention.
• Shanghai University of Sport has partnered with tech giant Baidu to develop an AI model for traditional fitness practices such as Baduanjin and Tai Chi, combining cultural heritage with intelligent guidance to provide scientifically grounded exercise programs for people with chronic conditions.

With ongoing technological innovation and systemic improvements, China’s chronic disease prevention and control is moving from fragmented management toward full life-cycle care. Smart devices are increasingly enabling patients to monitor their health at home, receive precise management, and access medical services more conveniently.