Cloud Infrastructure Security Using a Hybrid AES Encryption Model

Abstract

The proliferation of smartphones and cloud computing has led to a rise in the volume of digital content, such as photos, videos, and text messages, that is kept in remote servers. There is a lack of complete confidence between CSPs and their customers when it comes to authorising cloud services. Infrastructure, service delivery, and development methodologies are all being rethought in light of cloud computing. Cloud services are becoming increasingly important to businesses for a variety of reasons, including data storage, online banking, data analytics, and predictive modelling. Hybrid clouds, which combine public and private cloud services, have emerged in response to rising demand from businesses. We have created algorithms and strategies to eliminate the aforementioned challenges with cloud data security. In order to help you achieve a greater level of data protection in the clouds, we have developed a variety of models to assure data protection, privacy, and integrity. Encryption allows the user to keep private data private and secure from prying eyes. AES, RSA, and blowfish are the most common types of encryption used today. By utilising the user-supplied input and the Modified ECC algorithm, this study enhances AES encryption.