Blockchain meets healthcare: Architecture for secure data sharing in unobtrusive medical applications
Murugan Jayasudha, C. Vijayalakshmi · AIP conference proceedings · 2022
Modernages have perceived an exemplar swing in warehousing Electronic Health Records (EHRs) on cloud settings with the catholic solicitation of mobile healthcare systems, where mobile devices are assimilated by means of cloud computing to assistmedicinal data interactions amid patients and surgeons. The distribution of EHRs has prodigious optimistic connotation for investigation of disease and doctors’ diagnosis. This radical model empowers healthcare amenities with truncatedoperating charge, high flexibility, as well as EHRs accessibility. It is of paramount significance to hitch therapeutic evidence sprinkled through healthcare establishments to provision exhaustive data investigation and accomplishcustom-made healthcare. Nevertheless, this newfangledarchetype also nurtures apprehensions about data privacy in addition to network security for healthcare schemes. Exactly how to stead fastly stake data among mobile consumers while pledging sophisticated security echelons in cloud is a perplexing concern. Blockchain, by means of a public ledger pigeon holed through its transparency, tamper-evidence, decentralization, unforgeability, verifiability, as well as anonymity can supportin forming a secure healthcare scheme. Existing works primarily recompensed evotion to centralized in addition toblockchain-based mechanisms. Nonetheless they could not acclimatize to the snow balling volume of global medical records and agonize from multifaceted application encounters, singly. In this paper, we recommend a Diagonal Digital Signature Algorithm (DDSA) with Merkle Patricia Hash Trie (MPHT) algorithm which is aninnovative EHRs sharing framework that exploitsblockchain to expedite secure medical record sharing amiddissimilar patients and surgeons. The pragmaticoutcomesillustrate that our schemeaffords an operativeelucidation for unswerving data interactions on cloud while conserving delicate medical records in contrast to impending intimidations. The scheme assessment along with the security investigation also exhibit the performance enhancements in light-weight access control; slightest network latency, transmission delay and file loss rate; with extraordinary security as well as data privacy, paralleled to the prevailing record sharing schemes.