Enhancing Security and Data Integrity in Cloud Computing via Decentralized Solutions

Abstract

Security threats are widespread in the cloud computing architecture. Threats to infrastructure, data privacy, data integrity, and stable infrastructure are all examples. These days, cloud infrastructures may be either centralized or decentralized, depending on the desired level of centralization and degree of independence from other nodes. Unfortunately, there are a number of security risks associated with relying on a centralized cloud service. Due to geo-redundancy technology and Reid Solomon erasure coding, decentralized cloud computing is more robust to outages, and data is better safeguarded.