With the deepening of the reform of the medical and health system and the continuous development of the economy and society, the residents' demand for a healthy life is getting higher and higher. To this end, on the basis of the existing health informatization, we should further integrate and comprehensively upgrade the existing information system, further optimize the business processes within the institution, improve the efficiency of the links, and improve the quality of medical care, so as to better provide high-quality and convenient medical services for the masses
High operating costsAt present, the construction of the hospital system mainly adopts the traditional three-layer architecture, and operates and manages independently, which has a large manpower investment and high construction and operation costs
There is a serious waste of resourcesAt present, the application deployment of hospitals mainly adopts the one-machine-one-platform model, with high server configuration, low resource rate, and an average CPU and memory utilization rate of about 20%.
Inefficient deliveryAt present, hospital delivery mainly adopts the manual deployment of databases, middleware and application systems, which has a long cycle and low efficiency, and is difficult to meet the development of smart healthcare
Poor scalabilityAt present, the vertical construction mode of the traditional architecture of the hospital is difficult to expand resources horizontally and vertically, and cannot meet the resource expansion requirements of the new application system in a timely manner
Cloud construction scenarios in the healthcare industryWith cloud computing as the support, information security as the core, standardized and modular services as the main body, and operation services as the guidance, the medical industry cloud builds a flexible, efficient and secure infrastructure resource operation service center based on the cloud concept, realizes the dynamic scheduling, automatic control, shared use and rapid deployment of basic software and hardware facilities, improves operational efficiency, reduces operating costs, and meets the requirements of the hospital's informatization development strategy.
Scene of small and medium-sized hospitals in districts and countiesThe main components of hyperconvergence are virtualization and distributed storage, which are integrated into the same set of servers, eliminating the complexity of the traditional three-tier architecture and avoiding the problems of traditional centralized storage that are not easy to manage and scale.
The cloud resource pool is built based on the Yunhong hyper-converged all-in-one machine to provide resources for hospital application systems such as LIS, HIS, PACS, etc., to meet the normal and stable operation of multiple application systems under the same platform and ensure the high availability of the system.
The intelligent transformation scenario of a large general hospital such as a tertiary general hospitalThe cloud resource pool is built based on the Yunhong hyper-converged all-in-one machine, which provides computing resources for IO-intensive applications such as the HIS system and EMR electronic medical record system, provides sustainable expansion of storage space for the PACS system, and builds an active-active cloud data center in combination with the Yunhong disaster recovery all-in-one organization to ensure uninterrupted medical services.
Quickly deliver a one-stop cloud data center with security capabilities such as web protection, log audit, and vulnerability audit, helping hospitals quickly and effectively complete the construction of hierarchical protection and improve the overall security capabilities of hospitals.
The construction scenario of a regional medical consortiumUse the existing idle servers to build a regional medical cloud platform to carry medical business system applications, and at the same time unify the management of different virtualization platforms and physical servers to achieve unified management of multi-data center resources. Rapid rollout of medical services is completed through automatic deployment and other functions, saving O&M costs.
Business process customization: Different approval processes can be customized according to different business scenarios. Through online application, approval, and automatic construction, resource management is realized.
Solution Advantages
High availabilityThe hospital business system requires 7*24 hours of operation, and the native high-availability mechanism of the cloud macro hyper-converged architecture, combined with the cloud data center active-active solution based on the cloud macro disaster recovery all-in-one machine, well ensures the efficient and stable operation of the business system
Open dataOpen platform interface, medical data sharing, break data silos, and provide standardized business data exchange standards and system access methods for new applications in the future
Low operating costsCost control, reduce the maintenance expenses of virtualization software, storage, servers, etc., through the one-click cloud function of the cloud service center, smoothly transition related applications from the traditional and complex "three-layer" architecture to the hyper-converged architecture, unify the management of old equipment, achieve refined management, and reduce operation and maintenance labor expenditure by more than 50%.
ScalabilityThe linear and flexibly scalable cloud macro hyper-converged solution ensures the rapid rollout and on-demand deployment of services, meets the business elastic needs of small and medium-sized hospitals and Internet hospitals, and can calmly cope with the explosive growth of business
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