Published Paper Details:

As the clarity of the notion is critical for information sharing between systems running on various platforms. And one of the most important industries that seeks clarity, confidentiality, and integrity of stored data is healthcare. Beyond the security concerns of the-health-sedulity interoperability is a big issue, and current trends show that systems operating within the medical centre circle are unable to communicate with other health institutions in order to share information. This makes it difficult for health interpreters to access patient data and medical records, clogging proof-based decision-making at all levels of the system, particularly at the point of origin. This investigation intended to determine why hospitals utilising traditional systems and inventors attempting to automate confront difficulties in maintaining consistency. To achieve interoperability, legacy systems must be integrated with ultramodern platforms. Interviews were done to get general information on patient data exchange. According to the findings, present systems do not allow for the participation of health data. As a result of this thesis work, a platform was established that uses Block Chain technology and distributed train systems to integrate existing health information systems in order to facilitate quick and safe data sharing, hence facilitating interoperability. The frame prototype allowed cases to store data and share it with different croakers on demand, according to a performance study conducted with key end users. It also ensured that an infinite reference to the data is saved in a distributed tally that is sharable and interoperable across several platforms frontends for operations.