Published Paper Details:

Protecting sensitive data from potential dangers is crucial in the current digital world. Since cloud computing has become widely used and data storage has been outsourced, it has become more difficult to safeguard information, especially from threats like memory leaks. This effort presents a novel cryptographic architecture called "Memory Leakage-Resilient Dynamic and Verifiable Multi-keyword Ranked Search on Encrypted" (MLRDV-MKRSE) in answer to these difficulties. The primary aim of this project is to design and implement a safe and effective solution that tackles vulnerabilities resulting from memory leaks. Additionally, this system need to provide multi-keyword ranked searches on encrypted data that may be verified and support dynamic data activities. In order to maintain data confidentiality, integrity, and availability even in the event of memory leakage occurrences, sophisticated cryptographic techniques will be utilized. Strong encryption algorithms to prevent unwanted access, flexible data management systems to meet changing data requirements, and verifiable search features that guarantee quick access to relevant data without sacrificing privacy are just a few of the essential components of the suggested plan. To assess the performance, security, and practicality of the suggested solution, extensive testing and assessment will be carried out. The goal of this research is to greatly improve safe data management methods by creating the Memory Leakage-Resilient Dynamic and Verifiable Multi-keyword Ranked Search on Encrypted scheme. In the end, it aims to provide a workable solution for safeguarding private data in cloud settings and other data outsourcing situations.