To propel the development of digital health technology more concretely, the U.S. Food and Drug Administration announced the establishment of the Digital Health Center of Excellence in September 2020. This move signifies the U.S. authorities' commitment to advancing digital health technology. The center's scope includes mobile health devices, Software as a Medical Device (SaMD), wearable medical devices, and digital technologies used in medical product research.

Taiwan has also introduced the 'Precision Health Strategy Industry Development Plan' in collaboration with the Ministry of Science and Technology, Ministry of Health and Welfare, and the Ministry of Economic Affairs. This initiative plans to invest 9.5 billion TWD over four years to build a comprehensive precision health ecosystem, spearheading the precision health strategic industry by integrating cutting-edge technologies such as artificial intelligence, the Internet of Things, 5G, and wearable devices, aiming to broaden precision medicine into precision health.

Smart medical devices empower AI medical care to be ubiquitous

AI is set to replace or assist with numerous repetitive administrative tasks and diagnostic duties, such as interpreting medical images. This represents the current developmental stage of smart healthcare. Remote monitoring, AI alert systems, and virtual assistants, whether in hospitals or at home, are enabling patients to take more responsibility for their health. As we enter this stage, rapidly advancing fields like oncology, cardiology, and neurology will require more professional collaboration to seamlessly integrate smart healthcare solutions with clinical workflows.

Meanwhile, smart elevators are becoming an essential part of the digital transformation within healthcare systems. Through intelligent operation modes and innovative functionalities, these elevators not only effectively enhance patient safety but also improve the operational efficiency of the entire healthcare system. Let's explore how smart elevators play a pivotal role in healthcare environments, providing patients with a better experience.

Solving the bed lift occupation issue, preventing surgery delays

One critical factor in selecting smart elevators is the hospital's bed load capacity. If a hospital requires the daily transport of a large number of patients or beds, smart elevators become vital tools in managing these processes.

Based on our past client experiences, most hospitals differentiate between passenger elevators and bed elevators. However, to prevent bed elevators from being occupied, a dedicated mode is often activated to reduce the risk of bed elevator occupation, thus avoiding the delay of critical surgeries. Traditionally, hospitals would assign nurses to control elevators, which is a misallocation of medical manpower. Through LiFTMiND's cloud management system, we solve this issue with intelligent remote control, allowing medical staff to focus on more critical tasks and ensuring optimal control of elevator movements during emergencies, seizing crucial rescue opportunities.