The vision of the HCE platform is to combine the blockchain technology to create an innovative digital healthcare ecosystem that combines blockchain with medical big data to address many of the current problems in the medical big data industry. The HCE platform gives users the highest level of authority to manage their own data, allowing users to control their own medical information, including who has access, what information to access and the time limit for access, and the entire process is based on security and transparency. To avoid unauthorized access, use, disclosure,destruction, modification, destructi
HCE is built on the structure of distributed ledgers, which provides multiple levels of permissions, allowing users to control who can view his personal data, how much content he can see, and how long it takes to see. The authenticity of medical data is critical to subsequent big data analysis and even treatment. HCE utilizes blockchain and smart contract technology to decentralize, not tamper with other advantages, and store data in a dual blockchain structure. All is transparent and does not require the involvement of third-party organizations.
In addition, HCE works with multi-disciplinary health agencies, such as doctors, hospitals, medical laboratories, pharmacies, and insurance companies, to give them permission to interact with platform data under certain conditions. Each interaction will be documented on HCE's distributed ledger and will be auditable, transparent and secure. HCE convinced medical staff of the integrity of medical records because users have only 'read-only'
The HCE platform can reduce communication and medical costs. When patients are in urgent need of surgery, a series of tests are required under traditional conditions, which not only increases the cost, but also delays valuable time, but may occur if notchecked. Medical malpractice. With HCE, all information from the user to the present is stored in the chain, and the attending physician will know the user's past information for the first time, thus omitting unnecessary steps.
This also applies to users and hospitals, private doctors, pharmacies, insurance companies and other health care institutions. On the one hand, the HCE platform can reduce insurance fraud, it is estimated that 5%-10% of medical health costs are gray, either over-billing or chaotic projects. For example, in the United States alone, the gray medical income n 2016 reached $30 million. A blockchain-based system can solve such gray charging problems. The blockchain system automates most billing and payment procedures, bypassing intermediaries, reducing administrative costs, and saving time for both patients and healthcare organizations.
In addition, the blockchain can solve the large-scale logistics information tracking problem in RCM (Reliability-Centric Maintenance). Through HCE, personal information is accurate, true and not tamper able, and will effectively avoid insurance fraud. At the same time, it can also reduce the
Users will have their own personal medical data accounts from the time of registration, thus solving the pain of individuals' lack of right to know and access control of their own medical data, and because of the use of blockchain, it is no longer difficult to trace, personal medical care The traceability of the data can greatly reduce the medical cost of the user's disease history check in the secondary medical process; since the blockchain book is established and the public chain is established, the decentralization feature can perfectly solve the medical data security. The problem, and the effective protection of personal privacy; set the authorization extraction mode for the data island problem in the medical field.
That is, authorize those public medical institutions or R&D institutions in the medical field to give them permission to extract non-identity information of all nodes. Under this authorization extraction mode, medical institutions can obtain specific data on the occurrence of certain diseases in each country, each region, each time period, each age group, and gender, and the concurrency of multiple diseases, but they cannot correspond. Specific individuals.
On the one hand, it effectively solves the problem of data islands in the medical field, and on the other hand, it perfectly protects the privacy of individuals. The contradiction between medical data management needs and effective management, in the decentralized management mode of blockchain, there is no management contradiction.
The traceability of the blockchain can even preserve the medical records of individuals for decades. In the process of responsibility for medical accidents, it can also provide convincing evidence for determining the responsible subjects. The blockchain's traceability, non-tampering, decentralization, and quasi-anonymity can solve many problems in the field of medical data.
If the medical record is imagined as a book, it is originally in the hands of various hospitals. The users themselves do not have mastery, so the patient has no way to obtain their medical records and historical conditions, which will cause great trouble to the user.
Because the doctor cannot fully understand your medical history. But now if you can use HCE technology to save, you have complete historical data of personal medical treatment, medical treatment, planning your own health, there are historical data available, there will be precision treatment and disease prevention Valuable value.
Moreover, the true master of this data is the user himself, not a hospital or a third-party organization, which eliminates the friction of medical information, cluding information imperfections, information risks and inaccessibility of information, as well as protecting the privacy and security of data. There's important meaning
In terms of payment and costs, blockchain technology not only promotes the development of cryptocurrency, but also effectively prevents fraudulent activities such as fraudulent protection and reduces the waste of medical resources. The total annual medical expenditure in the world exceeds $7 trillion. Among them, individual consumers pay nearly 18% or $1 trillion directly at their own expense each year. This is true in both single-pay and commercial-insurance countries.
Despite the huge economic expenditure, the medical service ecosystem is not perfect enough to allow consumers to take the initiative of economic entities. Consumers may not know what the cost of some medical services is, or how much they should spend. The HCE platform can help users determine the amount of self-payment in advance before receiving treatment and can lso provide services such as prepayments to av
Most health management is achieved in activities outside the health care system. In particular, as the number of chronic disease users worldwide has increased year by year, health care systems around the world are facing increasing costs. Based on HCE health management capabilities, it operates in a smart home/office environment, allowing users to securely track and collect personal health data. Most of this data comes from networked wearables and other home monitoring devices.
In thisMost of this d application scenario, smart contracts will be used in medil health identification to trigger alerts of potential emergency health conditions in case of an emergency and to communicate appropriate information to clinicians and family members.
Blockchain is expected to make precision medicine mainstream. Precision medicine, defined as a privately-tailored treatment based on personal health data (medical history and genetics). Because the blockchain can capture and utilize personal medical records (PHR) and related population health
Imagine in the not-too-distant future: a male user of African-American who is having difficulty breathing is suffering from heart palpitations and headaches. He provided his PHR when he went to the clinic to see a doctor. The clinic can get the PHR but use AI-based tools to select the appropriate population health data and then provide a list of three potential diagnostic results. The doctor selects the most likely diagnosis and then goes to the system that contains the population health data to find out which treatmenis optimal for the particular population of the patient. In the end, the doctor will select the most cost-effective, most effective and most effective treatment for this individual patient
The blockchain's ability to enhance data security, shareability, and interoperability, combined with more sophisticated technologies such as big data, AI, and ML, will spur the next revolution in the medical arena.
HCE Token (HCET) refers to the original encryption certificate on the HCE main chain. Initially, the ERC-20 Token was issued based on the Ethereum platform, with a total of 182,500,000, and will never be issued. After the HCE main chain goes online, the 1:1 exchange will be completed through the acceptance gateway.
HCET is dedicated to the HCE ecosystem and serves as a special voucher to experience medical services and transfer value in the HCE ecosystem. The system distributes and balances fairly to motivate those who use and contribute to the ecosystem in the long term. Create a better healthcare ecosystem with a fully automated and open decentralized platform. The role of HCET:
Internal settlement services
Purchase and payment of medical examination services.
Cross-platform payment for medical diagnosis and consulting services
Transaction fees and the creation of smart contracts for Gas.
Incentives to promote ecosystems.
The overall architecture of the HCE platform can be divided into four layers: the base layer, the network layer, the service layer, and the application layer. Together with the safe operation and maintenance of the entire system and the surrounding ecosystem together constitute the HCE ecological platform
DPoS+PBFT Consensus Mechanism/multiple Encryption/ Data Desensitization/HCE Node(Super Node/Alternative Node)/ Distributed Storage（HCE-FS）
Complete HCE medical Application APP 1.0
Release HCE platform API and SDK
（such as insurance, funance, crowdfunding, donation, etc.）
Promote operational upgrades
Intelligence and large-scale machine learning, and publishing several academic papers in top international journals and conferences. More than 10 years of experience in the health care and medical industry. Expertise in big data analytics, data processing, predictive analyticand real-time systems. He has managed excellent data transmission teams in countries such as the US, Canada and Singapore.
Master of Medicine from Stanford University, with extensive experience in operations management in the field of medical and health, specializing in marketing management and corporate development strategies
The head of medical development has 15 years of software technology research and development, medical software project management and related teaching and research experience and has been involved in the frontiers of mobile software, cloud computing, big data, deep learning and other technologie
Blockchain system architect, years of experience in blockchain technology development. Familiar with the multi-generation virtual currency and blockchain product underlying code technology, has served as a well-known project developer.