Cloud computing security protocol analysis with parity-based distributed file system

Private cloud computing provides vast flexibility, clearly highlighted and reduced cost operations as primary advantages, but it also adds new hazards and weaknesses, as with most technological advances. Although the expansion of various private cloud topologies and applications has been anticipated, private cloud computing prevalence has not been as anticipated. Corporations have been hesitant to fully embrace the private cloud due to a number of problems. Among the biggest drawbacks to private privacy issues is the rising use of cloud technology. This paper compares the new authentication scheme to those already in use and illustrates how successful it is. A novel private cloud storage system was also developed, which included differential fragments, decentralized fragment addressing, distributed file allocation databases, a distributed decryption key, random selection data centers, protocol enabled transmission, packet loss fragmentation, packet loss possibilities, and a fault-tolerant fragment structure.