Digital Hospital Files IPO Prospectus to Revolutionize Healthcare Through Integrated Digital Transformation
To meet the demands of healthcare development, while reducing costs and improving care quality, many medical institutions have turned their attention to information technology. They aim to enhance staff working environments and boost service efficiency through integrated advanced technologies. Thus, the "Digital Hospital" has emerged!
▍What Is a Digital Hospital?
Digital Hospital, also known as a digitalized hospital, itIt is an integrated information system comprising a triad of hospital business software, digital medical equipment, and network platforms.It is an emergency department that extensively applies information technology and significantly improves the processes and outcomes of medical care.
Current Status of Healthcare Institutions
The Increasing Number of Patients
High Surgical Costs
Overdrawn Budget Expenditure
The aforementioned three issues are regarded as a challenge that will persist for the next two to three decades. Driven by global population aging, the demand for treatment and care among elderly patients with chronic diseases has surged. In contrast, the proportion of middle-aged individuals who are employed and pay taxes is declining, leaving resources increasingly inadequate to cover the rising costs of elderly care.
In response, healthcare institutions need to improve their operational efficiency. Stakeholders—including suppliers of resources such as medical equipment and pharmaceuticals, healthcare service providers, adopters of new technologies, and pharmaceutical companies—must devise strategies to achieve an optimal balance between healthcare expenditures and patient benefits. However, further challenges are emerging. With the rise of consumer-driven healthcare, many government agencies have restructured their regulatory frameworks for the healthcare industry. Patients are now regarded as consumers, requiring healthcare institutions to spare no effort in enhancing patient satisfaction and service quality. These institutions must ensure the efficient flow of information and data, respond promptly to patient needs, reduce waiting and consultation times, and provide more attentive and meticulous care throughout the patient’s journey until discharge. Internally, healthcare institutions also face challenges such as how to improve employee loyalty and satisfaction.
Consequently, an increasing number of healthcare institutions have pinned their hopes on information technology, giving rise to “digital transformation” eHealth solutions.
▍Infrastructure of a Typical Digital Hospital
『End-User Technology』
Patient Monitoring:Medical personnel need to be promptly informed of any subtle changes in a patient’s condition to respond rapidly. Patient monitoring enables healthcare providers to receive not only text-based information but also real-time analytical charts of cardiac function and vital signs on their mobile devices, anytime and anywhere.
Message Alert:For inpatients, nurses typically need to patrol back and forth to respond to various sudden patient situations. Unfortunately, most of their time is spent traveling rather than directly delivering care. The nurse call system enables two-way communication between nurses and patients. Upon receiving a patient’s call, nurses can immediately provide verbal guidance, thereby saving time.
Location-Based Services:Wi-Fi tagging technology enables the monitoring and tracking of medical equipment locations, proving invaluable when urgently needed devices cannot be located or are accidentally misplaced within healthcare facilities. This capability significantly reduces the time required to retrieve equipment or other resources.
Data Acquisition Function:Typically, healthcare professionals manually enter patient data, which, while feasible, is labor-intensive and prone to errors. By connecting devices to the network, critical patient data can be automatically input into clinical information systems.
“Backend-Enabling Technology”
IMATIS System:It serves as the foundation of the entire digital hospital, functioning as an integration engine for all real-time network data and data sources. It visualizes and distributes this information to the required user endpoints based on optimized aggregation rules and computational principles.
▍The Vision of a Digital Hospital
In digital hospitals, a variety of advanced technologies—including cutting-edge medical equipment, intelligent information systems, and instant communication tools—are integrated to enhance surgical workflows. The synergy of personnel, procedures, and technology forms a more cohesive system, providing a more efficient and safe environment for both patients and healthcare professionals.
Specifically,
Automatic Capture of Clinical Data for Automated Generation of Electronic Patient Records (EPR)
Electronic clinical decision support provides healthcare professionals with detailed patient information and proposed solutions, enabling faster and more efficient treatment.
More Fluid Direct Communication Between Doctors and Patients
Any subtle changes in a patient's condition are relayed in real time to the smart devices of doctors and nurses, facilitating rapid response.
Location-based services and active Wi-Fi positioning tags enable employees to more precisely locate medical resources and manage equipment assets.
Barcodes and radio-frequency identification (RFID) technology will significantly enhance medication management, thereby helping to prevent medical errors to a certain extent.
Portable mobile devices and wireless communications enable patients to transcend traditional hospital boundaries, facilitating long-term remote treatment for those with chronic diseases.
Provides a robust data foundation for medical research, accelerating the development of new therapies and pharmaceuticals.
Overall, the integrated information technology platform has significantly streamlined traditional healthcare environments. Digital hospitals interconnect every department, enabling physicians to access required information more simply, quickly, and securely through multi-system integration. This ultimately achieves the goals of improving service efficiency, reducing treatment time, and optimizing the utilization of medical equipment.
By Zhou Yanxun | Edited by Mo Renying