Security
which is very important in Healthcare because both private data and public data can be accessed on the internet.
Interoperability
which means that the data can be shared between platforms without any errors or problems often faced with today’s web services such as HIPAA compliance issues or tedious paperwork involved in sharing data between organizations within different domains.
Communication
Web 3.0 offers higher speeds of communication to allow healthcare organizations to share information instantaneously and patients can access their medical records anywhere they are at any time with an internet connection using a mobile device or desktop computer unlike today when patients have to walk into clinics to see their records periodically.
Handling patient data can be aided by blockchain, which is the foundation of web 3. It provides a structured method of storing information in the unchangeable ledger of records. Due to its transparency, any modifications to the information are accessible to those who have access to it. Additionally, patients have full control over their data and are free to grant others access. So, it is only accessible to qualified medical specialists. Let's examine its operation.
Blockchain technology is impenetrable to tampering since it is a decentralised, distributed, and unchangeable ledger. Since the data is spread among nodes, it would be nearly hard for a hacker to hack, alter, or delete the data without also attacking every node in the network. Additionally, the patients' consent is required in order to access the data. The data cannot be altered because of its transparency. As a result, healthcare providers can securely keep sensitive information without worrying about data breaches.
Web 3.0 in healthcare would assist in managing and reducing the market for fake medications. Drug traceability and security are provided by blockchain. Each transaction's information are added to blocks in a blockchain environment, which are immutable and cannot be changed, destroyed, or amended. The transaction logs include a timestamp as well. Therefore, the problem of counterfeit pharmaceuticals can be eliminated if the entire supply chain is switched to the blockchain and each drug is registered on the chain before being distributed.
There are ethical rules and concerns when medical students practise on corpses, which is permitted by many institutes of higher learning.But students can only view and learn from the 2D graphics and videos used in the present medical training techniques. This is when the development of metaverse technologies is considered as a relief. Many medical training facilities now instruct students about human anatomy using Augmented Reality and Virtual Reality..
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Sender
Receiver
Lack of Security
Poor Training
Splitted Records
Currently in Health care
Sender
Receiver
Data Ownership
Training in Medicine
Monetization of patient records
When Web 3.0 has been deployed