Blockchain innovation has been implemented across various sectors, including healthcare, due to its enhanced security and privacy features. Health records are crucial assets within healthcare systems, necessitating efficient and accurate sharing among participants. The immutable nature, decentralization, and security of blockchain have the potential to transform the healthcare industry. However, scalability continues to be a significant challenge due to the inherent record-keeping technology and consensus mechanisms within blockchain systems. Sharding presents an essential approach to address this issue. In blockchain sharding, the network is divided into smaller groups, or shards, that process transactions in parallel, thereby effectively improving scalability. In this research, a proposed sharding system for medical care information the executives that upgrades decentralization while further developing versatility. The review presents a well-being application using a sharding method where shards are progressively made in light of patient solicitations. The proposed framework can effectively deal with enormous volumes of medical services information while keeping up with high exchange speeds and further developed execution. This approach offers a promising answer for the versatility difficulties of block-chain-based medical care applications.