Ensuring the security for cloud storage data using a novel ADVP protocol by multiple auditing

The increasing growth of storage data in the cloud and virtual reality allows it a significant challenge to maintain the security of data that is outsourced by the data owners. The existing protocols for the auditing of cloud storage normally use post-quantum cryptography to monitor data integrity to solve this issue. Nevertheless, these protocols use strong cryptography to create data tags that reduce their reliability and extensibility. In this research work, we propose a novel protocol named "Advanced Distribution Verification Protocol (ADVP)" to design secure cloud storage to track the quality of cloud-saved data with the help of "Multiple-Third Party Auditors" (mTPAs) and not a "Single-TPA" (sTPA). This protocol requires several SUBTPAs that operate throughout the single TPA, which then needs to be spread equally throughout the SUBTPAs to guarantee that every SUBTPA is checked throughout the entire section. It then has strict safety evidence of malicious cloud resistance and a promise of privacy. It would also broaden the suggested protocol and include additional implementation scenarios to enable data dynamics and batch audit. It sums up a structured process to establish security as a further contribution

Audit · Cloud computing · Cloud computing security · Cloud storage · Computer security · Cryptographic protocol · Cryptography · Data integrity · Data security · Database · Encryption · Operating system · Protocol (science · Reliability (semiconductor · Cloud Data Security Solutions · Computer Science · Cryptography and Data Security · Privacy-Preserving Technologies in Data · Accounting