Based on nonstop operational states, a massive volume of data generated by many applications in a computer network is rising exponentially. Such apps generate a torrent of data that disrupts predictable data processing and analytics functions, which was previously handled well by the cloud before the advent of Big Data. Blockchain technology eliminates the need for a centralized authority to guarantee information integrity and ownership, as well as mediate transactions and the exchange of digital assets, by allowing safe and pseudoanonymous transactions and direct agreements between participants. It has crucial qualities like immutability, decentralization, and openness that could help with critical healthcare challenges including incomplete records at the point of care and restricted access to patients' own health data. Interoperability is required for an efficient and effective healthcare system because it allows software apps and technology platforms to communicate safely and seamlessly, share data, and use the data exchanged across health organizations and app vendors. Due to a lack of interconnectivity, healthcare today suffers from fragmented data, delayed communications, and fragmented workflow tools. In a safe and pseudo-anonymous manner, blockchain provides access to longitudinal, full, and interfere medical records that are kept in fragmented systems. The proposed effort involved the implementation of blockchain in a distributed computing environment, as well as the automatic recovery of invalid chains. This also evaluates the impact of those security vulnerabilities and potential solutions, as well as offering future security-relevant directions to individuals in charge of building, developing, and managing distributed systems.
₹10000 (INR)
NON IEEE -2022