One Digit Checksum for Data Integrity Verification of Cloud-executed Homomorphic Encryption Operations

Chait, Khaled; Kara, Mostefa; Laouid, Abdelkader; Hammoudeh, Mohammad; Bounceur, Ahcène

doi:10.1145/3644713.3644724

Proceedings of the 7th International Conference on Future Networks and Distributed Systems 2023

DOI: 10.1145/3644713.3644724

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One Digit Checksum for Data Integrity Verification of Cloud-executed Homomorphic Encryption Operations

Khaled Chait,

Mostefa Kara,

Abdelkader Laouid

et al.

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2024

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Cited by 3 publications

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A password-based authentication approach for edge computing architectures

Kenioua,

Lejdel,

Alamri

et al. 2024

Egyptian Informatics Journal

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A password-based authentication approach for edge computing architectures

Kenioua,

Lejdel,

Alamri

et al. 2024

Egyptian Informatics Journal

View full text Add to dashboard Cite

An Enhanced Learning with Error-Based Cryptosystem: A Lightweight Quantum-Secure Cryptography Method

Kara,

Karampidis,

Papadourakis

et al. 2024

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Quantum-secure cryptography is a dynamic field due to its crucial role in various domains. This field aligns with the ongoing efforts in data security. Post-quantum encryption (PQE) aims to counter the threats posed by future quantum computers, highlighting the need for further improvement. Based on the learning with error (LWE) system, this paper introduces a novel asymmetric encryption technique that encrypts entire messages of n bits rather than just 1 bit. This technique offers several advantages including an additive homomorphic cryptosystem. The robustness of the proposed lightweight public key encryption method, which is based on a new version of LWE, ensures that private keys remain secure and that original data cannot be recovered by an attacker from the ciphertext. By improving encryption and decryption execution time—which achieve speeds of 0.0427 ms and 0.0320 ms, respectively—and decreasing ciphertext size to 708 bits for 128-bit security, the obtained results are very promising.

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Enhancing Data Security through Hybrid Error Detection: Combining Cyclic Redundancy Check (CRC) and Checksum Techniques

Hadi Saleh,

Mohammed

2024

IJEER

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Error detection is a critical aspect of ensuring the accuracy of data transmission in communication systems. In this study, the performance of two error detection techniques has been investigated when combined to achieve a Bit Error Rate of 10^(-5)for single and multiple error detection ability. The two techniques studied were Cyclic Redundancy Check and Checksum with a new combination process. This proposed method showed that when CRC and Checksum were combined, the overall error detection performance significantly improved compared to using either technique alone. Specifically, the combined technique was able to achieve a BER of 10^(-5) for 6 given examples with higher accuracy and lower false positive rates. These findings demonstrate the potential benefits of combining error detection techniques to enhance the reliability of data transmission systems. These combinations were demonstrate using both VHDL and Python to identify the unexpected behavior of system before its utilization. The combination process provides 72 bits only for memory usage with 1 millisecond to finish checking and detecting process. These steps calculations and waveform are simulated using python for verification process based on overall combination steps. In addition, this paper provided a novel method for polynomial generation depending on the IP addresses of trusted sites. This evaluation of CRC generator was unique and provide double steps of protection for users in same or different networks.

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One Digit Checksum for Data Integrity Verification of Cloud-executed Homomorphic Encryption Operations

Cited by 3 publications

References 12 publications

A password-based authentication approach for edge computing architectures

A password-based authentication approach for edge computing architectures

An Enhanced Learning with Error-Based Cryptosystem: A Lightweight Quantum-Secure Cryptography Method

Enhancing Data Security through Hybrid Error Detection: Combining Cyclic Redundancy Check (CRC) and Checksum Techniques

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