A Systematic Literature Review: The Taxonomy of Hybrid Cryptography Models

El-Douh, Ahmed Abdel-Rahim; Lu, Shan; Elkony, Abdullatif; Amein, Ahmed S.

doi:10.1007/978-3-030-98015-3_49

Cited by 4 publications

(3 citation statements)

References 12 publications

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“…Kumar and Saxena [6] have implemented nested levels of cryptography with the help of AES, RSA and genetic algorithm. El-Douh et al [7] have discussed classification of hybrid cryptography in respective of model based and domain of application.…”

Section: Related Workmentioning

confidence: 99%

Nested Levels of Hybrid Cryptographical Technique for Secure Information Exchange

Kumar,

Saxena

2024

JCC

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Data security is a very important part of data transmission over insecure channels connected through high-speed networks. Due to COVID-19, the use of data transmission over insecure channels has increased in an exponential manner. Hybrid cryptography provides a better solution than a single type of cryptographical technique. In this paper, nested levels of hybrid cryptographical techniques are investigated with the help of Deoxyribonucleic Acid (DNA) and Paillier cryptographical techniques. In the first level, information will be encrypted by DNA and at the second level, the ciphertext of DNA will be encrypted by Paillier cryptography. At the decryption time, firstly Paillier cryptography will be processed, and then DAN cryptography will be processed to get the original text. The proposed algorithm follows the concept of Last Encryption First Decryption (LEFD) at the time of decryption. The computed results are depicted in terms of tables and graphs.

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Section: Related Workmentioning

confidence: 99%

Nested Levels of Hybrid Cryptographical Technique for Secure Information Exchange

Kumar,

Saxena

2024

JCC

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“…The proposed scheme [17] improves security measures using both symmetric and asymmetric cryptosystems. A two-dimensional classification of existing studies on hybrid cryptography models based on processing phase and scope is presented in [18]. As a result, we can compare the study with other current models that help improve the performance of hybrid models after this COVID-19 pandemic.…”

Section: Fig 2 Examples Of Symmetric Elliptic Curvesmentioning

confidence: 99%

Implementation and evaluation of EMAES – A hybrid encryption algorithm for sharing multimedia files with more security and speed

Somaiya

Gonsai

Tannna

2023

Int. j. electr. comput. eng. syst. (Online)

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In this era of smartphones, a huge amount of multimedia files like audio, video, images, animation, and plain text are shared. And with this comes the threat of data being stolen and misused. Most people don’t think about the security of data before uploading it to any platform. Most apps used on smartphones upload our data to their server. Not only this, but other third-party apps can also read that data while it is being transmitted. One solution to this problem is encrypting the data before sharing it and decrypting it back at the other end so that even if it is intercepted in between the transmission, it would be impossible to decrypt it. In this paper, a newly designed hybrid encryption algorithm EMAES that includes the efficiency of MAES (Modified Advanced Encryption Standard) and security of ECC (Elliptic Curve Cryptography) was implemented in MATLAB as well as in android studio 4.0. using a mobile messaging application. Also, it was tested for different speeds and security parameters. Further, it was compared with standard algorithms like the RC4, RC6 and Blowfish as well as with other hybrid algorithms like RC4+ECC, RC6+ECC and Blowfish+ECC. The EMAES was found 30% more efficient in terms of encryption and decryption time. The security of EMAES also showed improvement when compared with other hybrid algorithms for parameters like SSIM (structural similarity index measure), SNR (Signal to Noise Ratio), PSNR(Peak Signal to Noise Ratio), MSE (Mean Squared Error) and RMSE (Root Mean Squared Error). And finally, no significant improvement was found in the CPU and RAM usage.

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“…. Asymmetric or public key cryptography refers to crypto-systems where keys used for encryption and decryption operations are not the same but still present a mathematical complementary property [22]. The idea revolves around the fact that each node possesses two keys, a public one which can be known by every entity on the network and which is used to cipher messages in destination of the node, and its complementary one which is private and known only by the node, used for message decryption.…”

Section: Public Key Infrastructurementioning

confidence: 99%

A novel privacy-aware global infrastructure for ecological footprint calculator based on the Internet of things and blockchain

Elsakaan,

Amroun

2023

J Supercomput

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Climate change and global warming are the greatest harmful consequences of human activity. Indeed, Human technological development and demographic growth has been accompanied by globalization. In this new era, the logistics revolution has removed borders and industrial value chains have been distributed all over the world. It is becoming difficult to attribute responsibilities for ecological impacts accurately, since consumers are not necessarily in the same area as the countries of manufacture or extraction of raw materials. At the same time, a new paradigm called the Internet of Things has come to reshape our relationship to the world. The smallest everyday objects are connected to the Internet and allow acquisition of large amount of data, interact with cyberspace and in some cases act on the real world in an automated way. On the other hand, the last decade has also seen the rise of a new technology for storing transactions data in a reliable and consented way. Blockchain has changed the way operations are made based on the concept of distributed ledger giving a new breath to the economy. They have also dived into companies business by allowing private implementations with permissioned blockhains. The aim of this work is to take advantage of the power of the two technologies combined -the Internet of Things provides GIEFC wide possibilities when it comes to collecting information and establishing controls on the one hand, and blockchain provides very good means to ensure traceability while respecting confidentiality and privacy -in order to create a global architecture for a digital ecological impact calculator respecting privacy. In order to validate our proposal we first modeled it with a Petri network in order to verify its functioning, then we implemented it in order to measure average running time of each major step: for operations relative to certification authority we have obtained 0.342 second per operation, 0.342 second per operation concerning production and buying actions reporting and 0.299 second par scoring operation. Finally we used these outputs to build a queue model in order to check if the proposed architecture steady-state does not change over time. As results we showed that for the simplest form of queue model the servers of our architecture have a utilization rate that is close to 50% and that the overall waiting time remains below one minute, on the other hand with the Petri net we have proved from the marking graph that GIEFC performs the expected tasks according to the described specifications.

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A Systematic Literature Review: The Taxonomy of Hybrid Cryptography Models

Cited by 4 publications

References 12 publications

Nested Levels of Hybrid Cryptographical Technique for Secure Information Exchange

Nested Levels of Hybrid Cryptographical Technique for Secure Information Exchange

Implementation and evaluation of EMAES – A hybrid encryption algorithm for sharing multimedia files with more security and speed

A novel privacy-aware global infrastructure for ecological footprint calculator based on the Internet of things and blockchain

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