Abstract: Cloud computing is now one of the most advanced and versatile solutions in technology. But secure sharing ofinformation is cloud computing vulnerable. Users can keep information in the cloud remotely and recognize the sharing ofdata with others using cloud storage services. Electronic wellbeing record (EHR) is a framework that gathers patients'computerized wellbeing data and offers it with other medical care suppliers in the cloud. Since EHR contains a lot of criticaland delicate data about patients, it is necessitated that the framework guarantees reaction accuracy and capacityrespectability. The verifiable database (VDB), where a user’s redistributes his huge data set to a cloud worker and makesquestions once he needs certain information, is proposed as an effective updatable distributed storage model for assetcompelled users. To improve productivity, most existing VDB plans use confirmation reuse and evidence refreshing strategyto demonstrate accuracy of the question results. Notwithstanding, it overlooks the "continuous" of confirmation age, whichbrings about an overhead that the user needs to perform additional cycle (for example evaluating plans) to check stockpilingtrustworthiness. In this paper, we propose a publicly verifiable shared updatable EHR database scheme that supports privacypreserving using secure encryption and batch integrity checking.Keywords: - Cloud Storage, Data Integrity Auditing, Functional Commitment, Privacy-Preserving Auditing, Sensitive InformationHiding, Third-Party Auditor (TPA), User Revocation Verifiable Database