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The Hybrid Cryptography for Enhancing the Data Security in Fog Computing

机译:混合加密,用于增强雾计算中的数据安全性

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Cloud computing is taking as exciting technology because of its economic behavior. The major issue in the cloud is its security because it is far from end-user a new thing applied science is developed called fog computing. Fog computing is the standard partition infrastructure between edge and cloud computing. Security is the main concern or large issue in the cloud as well as fog computing. To overcome this security issues different types of encryption techniques is used but security problem is still there. Here, in this work, a hybrid encryption approach is used. It is a combination of symmetric algorithms that is Chacha20poly1305, Fernet, Multifernet, AESCM, and AESGCM. It offers a higher degree of security than the existing algorithm. It is applied all over the data, All datasets are encrypted by this technique as well as decrypt by this hybrid approach. Consider all the parameters like decryption time, storage, correlation, and encryption time. The result shows how it is a better approach than the existing algorithm.
机译:由于其经济行为,云计算是作为令人兴奋的技术。云中的主要问题是其安全性,因为它远非最终用户,这是一个新的应用科学被称为雾计算。雾计算是边缘和云计算之间的标准分区基础架构。安全是云中的主要关注点或大问题以及雾计算。为了克服这种安全问题,使用不同类型的加密技术,但安全问题仍在存在。这里,在这项工作中,使用混合加密方法。它是Chacha20poly1305,Fernet,Multifernet,Aescm和Aesgcm的对称算法的组合。它提供比现有算法更高的安全程度。它全部应用于数据,所有数据集都由该技术加密以及通过这种混合方法解密。考虑像解密时间,存储,关联和加密时间等所有参数。结果表明它是如何比现有算法更好的方法。

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