Digital Signature Verification In Cloud Computing
An in-depth analysis of digital signature verification processes in cloud computing environments, highlighting the integration of cryptographic techniques for authentication and non-repudiation and introducing an innovative framework for digital signature verification that leverages cloud-specific security measures.
Abstract
As cloud computing continues to revolutionize datahandling, ensuring data integrity and security has become paramount. This paper presents an in-depth analysis of digital signature verification processes in cloud computing environments, highlighting the integration of cryptographic techniques for authentication and non-repudiation. We investigate the challengesinherent in digital signature schemes, such as key management, computational overhead, and vulnerability to various cyber threats within the cloud infrastructure. This research introduces an innovative framework for digital signature verification that leverages cloud-specific security measures, including advanced encryption standards and efficient key distribution methodologies. We conduct comprehensive experiments to evaluate the performance, scalability, and resilience of our proposed framework against common security threats in cloud computing. The results demonstrate significant improvements in verification speed and reduced computational resources, while ensuring a high level of security, thus making it suitable for various cloud-based applications. Our study contributes to the evolving field of cloud security, offering insights and practical solutions to safeguard digital transactions in cloud environments.