Privacy Preserving using Enhanced Shadow Honeypot technique for Data Retrieval in Cloud Computing

Data has been essential to all facets of human life in the last decades. In recent years, the enormous growth of data has an outcome of the development of various applications. This data needs to be protected and stored in locked sites. Cloud computing is the technology that can be used to accumulate those immense amounts of data. . The rapid enlargement of this technology makes it more dangerous, therefore it has become imperative to secure records from attackers to preserve its reliability confidentiality, protection, privacy, and actions required for handle it. This paper wished for an Enhanced Shadow Honeypot Algorithm (ESHA) along with CNN based preprocessing segment of cryptography. The cloud server is responsible for establishing a code and validating it with the user for secure authentication whenever the file administrator seeks it. The file is decrypted using a superior Shadow Honeypot technique after the key is delivered, and the user might retrieve the decrypted file. Furthermore, a presentation analysis is performed, as well as a comparison of existing and suggested methodologies, in order to illustrate the future scheme's effectiveness. The parameters considered are precision, recall, accuracy, f-measure.