Empowering through Cognitive Screening and Memory Training to Advance Technological Innovation in Aging and Elderly Care Services
Currently, China's population aging process continues to accelerate, presenting dual challenges in both the prevention and control of cognitive disorders such as Alzheimer's disease and the enhancement of elderly care services. Bottlenecks such as insufficient integration between technological equipment and service scenarios, as well as inadequate linkage between scientific innovation and industrial transformation, are becoming increasingly prominent.
To address these industry pain points, the Ministry of Civil Affairs recently issued the "Guiding Opinions on Further Promoting Technological Innovation in Civil Affairs." The document explicitly calls for the extensive application of cutting-edge technologies such as artificial intelligence, brain-computer interfaces, and humanoid robots. It emphasizes focusing on key areas including prevention of disability and cognitive decline, rehabilitation and nursing care, and safety monitoring. The guidelines aim to accelerate the development of core technological equipment, promote the deep integration of elderly care technologies with home, community, and institutional settings, and establish a comprehensive, integrated care system for the elderly across all scenarios.
Aligned with national policy directives and the critical health needs of the elderly, HSAP Medical focuses on the core areas of early screening, diagnosis, and intervention for Alzheimer's disease. It innovatively introduces a dual-system integrated solution combining "ADDS Cognitive Screening + ADTS Memory Training," deeply integrating three core technologies: neurofeedback, brain-computer interfaces, and artificial intelligence. This precisely meets national prevention and control strategy requirements, injecting new momentum into aging health services and the high-quality development of the elderly care industry through technological innovation.
The ADDS Cognitive Impairment Screening System employs human-machine interaction as its core model. Leveraging non-invasive brain-computer interfaces and AI deep learning algorithms, it completes multidimensional cognitive quantification assessments-including memory, attention, and executive function-in just 15 minutes, achieving over 90% screening accuracy. Combining efficiency with universality, the system supports both precise diagnostics in tertiary hospitals and large-scale screening needs in primary healthcare facilities. It bridges the gap between high-end medical services and grassroots prevention, effectively addressing traditional screening challenges such as time-consuming processes, high subjectivity, and difficulties in grassroots implementation.
The ADTS Memory Training System focuses on early intervention for cognitive impairment, employing a mind-controlled neural rehabilitation training model. Through non-pharmaceutical, targeted training methods, it activates brain neural functions to slow the progression of memory decline. The dual-system synergy establishes a comprehensive, closed-loop cognitive health intervention framework encompassing "assessment-training-reassessment." This end-to-end approach covers risk identification, precision screening, scientific intervention, and outcome tracking, filling the domestic gap in integrated technology and equipment for screening, training, and management of cognitive impairment.
Currently in the domestic market, HSAP's "ADDS Cognitive Screening + ADTS Memory Training" model has matured significantly. Leveraging its technological sophistication and adaptability to diverse settings, it has achieved nationwide clinical application coverage across multiple provinces and municipalities. It is widely implemented in top-tier hospitals, primary healthcare institutions, elderly care facilities, and community service centers. The ADDS cognitive screening system has become the standard equipment for elderly cognitive health screening across regions, helping primary care establish the first line of defense against cognitive impairment in the elderly and driving the transformation of Alzheimer's disease prevention and control from "passive treatment" to "proactive early prevention."
Aligned with the demands for innovation in civil affairs technology and the advancement of elderly care services, domestic health technology enterprises will continuously optimize the performance and scenario adaptability of cognitive health screening and intervention technologies. They will drive the deep integration of technological equipment with scenarios such as home-based elderly care, community-based care, and institutional wellness services. Through comprehensive cognitive health solutions, these efforts will help build an inclusive, precise, and efficient elderly health service system, providing robust technological support for addressing population aging and safeguarding the well-being of seniors in their later years.