Blockchain COVID-19

How are Organizations Building a Blockchain to Verify COVID-19 Data

How are Organizations Building a Blockchain to Verify COVID-19 Data
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The World Health Organization, in association with tech giants, is developing a blockchain-based control and communications system that aims to detect COVID-19 carriers and infection hotspots faster accurately.

Recently, MiPasa assures to safely share previously soiled health and location information between individuals, state authorities, and health institutions such as hospitals and HMOs. Key partners such as IBM, Oracle, Microsoft, and Hacera, an enterprise-level blockchain-powered platform provider, which released a data analytics platform to fight inaccurate COVID-19 data recently.

Based on the announcement made by IBM’s on the project, MiPasa is built to solve one of the significant problems clinicians scientists and researchers are experiencing, which is the deficiency of integration of accurate data sources that can be used confidently.

Relevant Blockchain product which is used for tracking COVID-19

Limited data is coming mainly from individuals in the healthcare community, considering COVID-19. Nevertheless, some organizations are regularly tracking how COVID-19 is affecting people in real-time. These firms are keeping people informed about the latest information and studies on the pandemic to create more awareness about the virus and its spread. 

Although the most common way of dispersing information on COVID-19 is through API and databases, blockchain is yet another technology to add to API data and assures transparency. Blockchain makes data on a platform track able and secure. So, during an epidemic, it can help collect accurate acquisition of data and put away wrong information by confirming a complete data audit trail. Thus, it assists citizens and authorities to control an outbreak adequately.

MiPasa

MiPasa is a blockchain association just created when technology companies like IBM, Oracle, Microsoft, and Hacera associated with health organizations such as WHO, Hong Kong Department of Health, Government of Canada, USA CDC, and John Hopkins University.

These organizations came together to build a blockchain network called MiPasa to disperse data concerning the coronavirus pandemic. MiPasa is engraved on top of Linux Hyperledger Fabric and tries to bring about the fast discovery of COVID-19 transmitters and epidemic hotspots.

MiPasa was built to safe and integrate data sources, signify their differences, enhance and recognize errors or misreporting, and evenly merge dependable new feeds. Based on MiPasa, the device can help technologists, data scientists, and government health officials by offering them the data they need at scale to answer and design solutions that can assist in overcoming the outbreak of COVID-19.

MiPasa is managed by a group of health professionals across various disciplines, software and app developers, and privacy specialists who are working together to acquire safe and first-class data and make it readily available to essential entities. 

The onboarding is organized through the Unbounded Network, which is operating a production variation of The Linux Foundation’s Hyperledger Fabric on diverse cloud platforms. Since 2018, IBM has been the first beneficiary of the Unbounded Network, which is supporting more partners to cooperate openly through open and private blockchains.

Acoer

Acoer deployed its coronavirus tracker called the HashLog data visualization engine. The device communicates in real-time with Hedera Hashgraph public blockchain in February. Like other coronavirus dashboards, it ensures that people are aware of the spread of the pandemic and additional insights from the data.

Based on the statement of the CEO of Acoer, Jim Nasr, blockchain can be an embodiment of truth and a source reference to the accountability of data. For Jim, blockchain is an addition to existing APIs used to source data. The blockchain receives every data from all sorts of sources through APIs. 

The Hedera blockchain, on which the solution is developed, can then verify whether or not the data has been altered at any stage. The real-time audit tracks of the COVID-19 data can be confirmed on the public blockchain Hedera DLT. Hedera was selected due to the high throughput of the network compared to other existing blockchains.

Telos

Blockchain company Telos Foundation associated with GenoBank to develop a side chain on the Telos public blockchain for keeping COVID-19 test data. The GenoBank products possess QR codes, which can be scanned once the patient has been tested.

After the code has been scanned, the test will be taken to the lab; then, results will be loaded automatically to the Telos blockchain in a way that conserves the user’s privacy. The anonymous test information can be collected for a patient and instantly pushed to the blockchain network, which is protected cryptographically using Proof of Stake consensus between the nodes. 

The approval and processing of the tests can be tracked on Telos for accountability and transparency of data. The results are stored on the blockchain, although without any link to any specific user. Researchers will be able to analyze aggregate data from the blockchain with little geographic knowledge if produced to trace the development and spread of the disease correctly.

Algorand

Algorand announced a survey created to gather an open database on the extent, status, and symptoms of the COVID-19 pandemic across different geographies. Algorand stated On March 27 that, its ‘IReportCovid’ survey app would provide a global data repository that updates in real-time to inform about persistent pandemic relief.

The survey’s results will be stored on the blockchain attempts to address the inadequacy of real-time data about the pandemic. Then, Survey responses are publicly moved to the Algorand blockchain to offer permanent open access to the data. Algorand will issue aggregate statistics and offer devices for analyzing the database as data is gathered from the questionnaire, which can inform the people and inspect the pandemic. 

Why Data Integration is Important 

It will enable public health officials and individuals to upload data about the time and precise location of various infections. This data source is removed from personally-identifying information, allowing a person to see if they’ve been in the surroundings of someone who has been infected. Using this medium, an application is under development that will make it a reality to assist in confirm self-reported data, developing a more comprehensive picture of the spread and identify accurately where isolation and quarantines need to occur. 

HACERA trusts MiPasa to assist the global community by quickly responding to this crisis on a more personalized and sympathetic level using an open-source method. Interested, qualified, and professional researchers, data providers, developers, or anyone else interested in associating can learn more at MiPasa.org.

Conclusion 

Jonathan Levi, the CEO of Hacera, stated that MiPasa would also transform to support more data analytics devices. Hyperledger Fabric technology is used to gather and quantify data, which can also be studied using a network of analysis devices for precise detection of Coronavirus hotspots. He also said, there aren’t many devices to gather, quantify, and analyze COVID-19 data to make an informed decision presently. 

The WHO blockchain Coronavirus data hub can transform everything. Health organizations cannot deal with such a global pandemic without accurate data, analysis, and insights. 

IBM uses typically a few months to arrange a blockchain device of such importance. Presently, IBM’s enterprise blockchain association bought together industry professionals and began to work faster. Other distinguished partners in the project are the National Health Commission of China, Microsoft, Johns Hopkins University, etc.

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