Efficient and Secure Mobile Data Encryption in Cloud Computing: ECC, AES, and Blockchain Solutions

Abstract

Background information: This study uses blockchain technology, Elliptic Curve Cryptography (ECC), and Advanced Encryption Standard (AES) to investigate safe and effective mobile data encryption in cloud computing. Large data quantities are secured by AES, blockchain improves integrity, and ECC guarantees lightweight encryption. In cloud-mobile systems, the method tackles data performance, secrecy, and integrity.
Objectives: To provide a safe and effective encryption framework that combines blockchain, AES, and ECC to safeguard mobile data while it is being sent and stored in cloud environments while guaranteeing high performance, strong integrity, and adherence to contemporary data protection regulations.
Methods: The suggested system utilizes AES to encrypt data, ECC for exchanging keys, and blockchain for verification of integrity over tamper. The performance requirements tested empirically in the context of clouds involve data throughput, encryption/decryption speed, and resistance towards unwanted access.

Empirical results: To provide a safe and effective encryption framework that combines blockchain, AES, and ECC to safeguard mobile data while it is being sent and stored in cloud environments while guaranteeing high performance, strong integrity, and adherence to contemporary data protection regulations.
Conclusion: The mobile data encryption in a cloud environment utilizes a combination of ECC, AES, and blockchain to ensure surety strong security is provided with efficiency and scalability. The method proves to be the best for contemporary cloud-based mobile systems since it addresses confidentiality as well as demands for real-time processing and integrity.