When we talk about medical care, we may think of high medical bills, expensive drugs, long appointment cycles, and a constant shortage of treatment beds. And this phenomenon exists in most countries, making the medical industry an important measure of people’s living standards.
In our survey, public hospitals in various countries are basically in a state of overloaded operation, while private hospitals lack excellent doctor resources, lack of patient resources, waste of medical resources, and low operating efficiency. This kind of medical resources is unevenly distributed, The problem of imperfect primary medical care level and system construction is difficult to solve in a short period of time.
As far as doctors are concerned, doctors with lower seniority have more saturated workloads and lower wages; senior doctors are in a situation of doctor-patient mismatch, which means that there are no more precise difficult cases compatible with it.
For users, the lack of a medical service supporting system makes it difficult and expensive to see a doctor as the number one difficulty. Even many families have affected their normal life because of excessive medical expenses. .
How to solve the current pain points in the medical field?
Through the reconstruction of the medical system based on blockchain and relying on the decentralized data-based medical information management system, Union Medical Nation (UMN) and the medical chain proposed to build a decentralized medical system based on blockchain.
The medical + blockchain model is used to reconstruct the medical industry, and a complete medical information service and data matching mechanism is designed to benefit the participants in every link of the industry chain. This is also the vision of the new medical era that UMN will build in the future.
In terms of attributes, UMN is a side chain based on joint medical shared data built on the Ultron Glow public chain. UMN can build a decentralized medical data storage network by using UTG’s global edge server nodes and fragmented storage network. According to the data provided by users, UMN can develop various high-quality health care-related services in a targeted manner to meet the individual needs of various types of patients. In this way, UMN puts forward an effective solution to solve the medical information island, improve the quality of medical service, and ensure the safe sharing of medical data.
UMN uses a dedicated network to allow the interaction of various digital assets and any type of data, so UMN has a series of application scenarios including drug procurement, device tracking, material procurement, transportation and warehousing, and medical treatment. And by combining the best service functions of multiple dedicated blockchains, UMN Medical Chain supports the launch of dedicated digital assets between different services, allowing various applications and providers to gain a fairer path to revenue.
In addition, UMN takes advantage of various advantages of the UTG network, and has various advantages such as heterogeneous sharding, scalability, upgradeability, transparent governance and cross-chain composability. It can be seen that the gradually developed and mature UMN will reshape the service and revenue model of the medical industry in the future, and effectively promote the realization of the modern hospital management system. With the support of the global consensus of UTG and UMN, the universality of UMN in the medical industry will continue to increase, giving a strong impetus to change the medical system in the Web3.0 era.