Enhancing Security Protocols and Privacy Mechanisms in Distributed Cloud Environments
Keywords:
Distributed cloud security, privacy mechanisms, encryption techniques, multiparty computation, scalable security frameworks, emerging threatsAbstract
The rapid adoption of distributed cloud environments has introduced unprecedented challenges in ensuring robust security protocols and safeguarding user privacy. Traditional security measures often fall short in addressing the complexities introduced by the dynamic and heterogeneous nature of distributed cloud architectures. This paper examines contemporary strategies for enhancing security protocols and privacy mechanisms, focusing on the integration of advanced encryption techniques, zero-trust models, and privacypreserving algorithms. It also explores the role of decentralized identity management and secure multi-party computation to bolster resilience against emerging threats. Through an analytical approach, the study identifies gaps in existing frameworks and proposes a blueprint for the development of scalable, adaptable, and secure distributed cloud environments. The findings aim to contribute to a more secure and privacy-centric future for distributed cloud computing.
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