Data privacy preserving for efficient query services using RASP for a health record transactions in a two-cloud secure database
Solainayagi Pallaiyah, Antony Xavier Bronson, L.Raghavendar Raju, Preethi Sambasivam, Raju Karthikeyan, Sai Shanmuga Raja, Jijina Govindaraj · AIP conference proceedings · 2024
In today's world, it is common practice for individuals and businesses alike to contract out the management of database applications and other tasks that require relatively little effort.These are kept secret on the server that is housed in the cloud and can handle the management of the patient health records and pharmaceutical data.SQL Queries require more than one straightforward database schema to function properly even though this ultimately results in data being leaked to the Cloud Server SQL queries require more than one straightforward database schema.To function correctly the fact that the database is processed and hosted on a cloud server will soon be able to manipulate, is the primary motivation for taking this particular course of action.In this paper, it is recommended that a cloud architecture for relaxed databases, with the RASP information perturbation strategy, provide a secure and manageable varying kNN query service and query for the data cloud.The RASP information perturbation strategy was developed by the Research and Advanced Services Project (RASP).Research and Advanced Services Project is the organization that conceived of and designed the RASP information perturbation strategy (RASP).By combining order-protecting encryption, spatiality enlargement, random projection, random noise injection, and, the RASP statistical perturbation technique offers robust resistance to attacks on the perturbed queries and data.This is made possible by the RASP statistical perturbation technique.This is done to prevent the data from being queried at any point in the future.The kNN-R policy set is intended to be utilized in conjunction with the RASP range query algorithm.This will ensure that kNN queries are weighted appropriately.Extensive testing is carried out to provide evidence of the benefits that this method offers in terms of both performance and safety.The results of these tests are presented in the following sentence.Evaluations of the system's security indicate that the proposed system will provide a high level of protection for the confidentiality of numerical data when it meets cloud service providers.This is the conclusion reached by the evaluations.