Fundamental blockchain-related changes to how we store health data

There are attacks where malicious insiders or external actors modify information -- such as by removing or adding drug allergy information -- in such a way that's not traceable, leading to major patient safety and institutional trust issues. Blockchain technology is an exceptional counter to these integrity-based attacks, and it's an excellent forward-looking tool we might deploy to address them. With blockchain set up, we would have an immutable record of changes that might be retroactively examined to see exactly what was changed, as it was changed and who changed it.

In health care, we talk about blockchain concerning its ability real-time and view the entire picture of a patient's wellbeing; with the assurance of knowing it's both up-to-date and comprehensive. Having a blockchain-based standard, every change to a patient's record would be confirmed, combined with other transactions and added as a block to a larger blockchain. Because of this, providers can be sure that they have the complete historical picture of a patient's medical history, how it has changed over time and that made these changes. This provides a comprehensive record -- one out of three of our hoped-for gains -- but can it also offer privacy and security?

Substantial data that allows accommodation for medical records (decentralization also provides for privacy) as well as its accompanying IOT program through wearables
What we're facing today in healthcare cyber security need to be addressed. Blockchain can help prevent the theft of patient data, phishers searching for credentials or consent to transport money or steal financial records, insiders looking at the records of patients beyond the maintenance or the loss of unencrypted physical devices, as all of this data must be saved in decentralized databases. Fundamental blockchain-related changes to how we store health data may, in the future. Protocols like Bluzelle can help with this to securely, privately and comprehensively track patient health records. Currently, a patient's medical history is a puzzle with its pieces dispersed across multiple providers and organizations. One piece is held by your primary care physician. Several bits are held by each specialist you have visited throughout your lifetime. Another set may be held by wearables or devices that track your health.

You match the problems you would like to solve to the technologies very we hear a lot of talk about from systematic asymmetries and inefficiencies in information accessibility. Imagine the possibilities a project such as DXchain or Blockchain could help us build all these pieces in Blockchain in healthcare. Distributed ledger and/or blockchain technology is a hot topic in innumerable fields, ranging from finance to law to logistics and outside. Definitions abound, but what we are talking about at a fundamental level is an immutable, decentralized and transparent record of all transactions throughout a peer system.

Transparent, peer-to-peer exchange of information represented by blockchain is necessary before you address these changes at your institution. I would only ask that challenges associated with blockchain are to be discussed as an industry, such as the environmental and financial costs of implementing these systems, the demand for one blockchain standard or the challenges of compounding misdiagnoses and low care over time, exacerbating disparities in underserved populations.

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