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Design and Implementation of Hybrid Cryptographic Algorithm for the Improved Security

机译：改进安全性混合加密算法的设计与实现

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Being into the world of data, it is essential to provide a solution to secure the data. The Internet of things (IoT) and the cloud are disruptive technologies that have made the embedded engineers to make things go smarter. As both the technologies are considered, there are so many security issues faced. Thus in this work, a hybridised algorithm has been designed to provide better security. It incorporates the advantages of both the symmetric algorithm (Advanced Encryption Standard (AES)) and the public key cryptographic algorithm (Rivest-Shamir-Adleman (RSA)) to bring out a hybridised algorithm. The 4086 bits of paired keys are generated through RSA in order to provide better security as it is hard to attack and also it provides good key management. On the other hand, the AES withstands the linear and differential attacks. Comparing to the standard implementation of RSA and AES, this hybrid algorithm has less computation time.
机译：进入数据世界，必须提供保护数据的解决方案。事物互联网（物联网）和云端是颠覆性技术使嵌入式工程师使事情变得更聪明。随着两种技术都考虑，面临了许多安全问题。因此，在这项工作中，杂交算法旨在提供更好的安全性。它采用了对称算法（高级加密标准（AES））和公钥加密算法（RIVEST-Shamir-Adleman（RSA））的优点，以引出杂交的算法。通过RSA生成4086位配对键，以便提供更好的安全性，因为它很难攻击，而且它还提供了良好的关键管理。另一方面，AES承受线性和差异攻击。比较与RSA和AES的标准实现相比，该混合算法具有较少的计算时间。

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