CryptoCliqIn: Graph-Theoretic Cryptography Using Clique Injection

Srinibas Swain

doi:10.1109/MIS.2021.3131173

CryptoCliqIn: Graph-Theoretic Cryptography Using Clique Injection

2022-09-01

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DOI：10.1109/MIS.2021.3131173

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Because encryption is a fundamental security building block, existing encryption techniques like AES, Twofish, Blowfish, and Triple DES are constantly under the threat of being compromised. We introduce a simple graph-theoretic encryption method named CryptoCliqIn using clique injection and prove that the decryption of this encryption without the appropriate key is #P-complete. We have shown that the proposed model does not introduce delays in encryption and decryption times and provides a more secure mechanism compared to some of the existing encryption mechanisms. Finally, an adaptation of CryptoCliqIn in an intelligent system is discussed under the setup of intelligent and smart building.

CryptoCliqIn: Graph-Theoretic Cryptography Using Clique Injection

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