Fast and Area Efficient Implementation of RSA Algorithm

Thabah, Sheba Diamond; Sonowal, Mridupawan; Ahmed, Rekib Uddin; Saha, Prabir

doi:10.1016/j.procs.2020.01.024

Cited by 6 publications

(2 citation statements)

References 9 publications

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“…And the private key is kept only by the owner of the key. There are three major steps in the RSA algorithm, key generation, encryption, and decryption [14,15].…”

Section: Detail Of Designmentioning

confidence: 99%

Design and implementation of secure student score system

2023

ACE

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The purpose of designing this system is to provide schools with a new way to make score certifications of a student and a safer way to search for a students previous academic scores. When a student is applying for a new school to further his study, the school always uses his previous academic scores to decide whether to enroll him. The current way for a school to mark a student and to search for a new students score record is depend on the student himself, which faces the problem of illegal modification and data leakage. The system mentioned in this paper can add a certification that includes the time information and score information. It can also use the digital signatures of teachers and headmasters to ensure that the scores are given by the corresponding teacher. This system does not include the direct Grade Point Average (GPA), but just includes the raw scores of each subject. Because different schools have different ways to turn the raw scores into a GPA and they also have different GPA upper limitations.

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“…And the private key is kept only by the owner of the key. There are three major steps in the RSA algorithm, key generation, encryption, and decryption [14,15].…”

Section: Detail Of Designmentioning

confidence: 99%

Design and implementation of secure student score system

2023

ACE

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“…To the best of our knowledge, there has not yet been any significant research on specific hardware implementations of M-PKE schemes. Nevertheless, hardware implementations of classical asymmetric schemes (e.g., [55][56][57][58]) and asymmetric PQC encryption schemes already exist (e.g., [59,60]). Combining and utilizing the efficiency and speedup of these existing hardware implementations in future research will be useful to enhance M-PKE schemes further, especially for computationally constrained devices.…”

Section: Future Directionsmentioning

confidence: 99%

On Multiple Encryption for Public-Key Cryptography

Soroceanu,

Buchmann,

Margraf

2023

Cryptography

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Using multiple, individual encryption schemes is a well-established method to increase the overall security of encrypted data. These so-called multiple encryption or hybrid schemes have regained traction in the context of public-key cryptography due to the rise of quantum computers, since it allows the combination of well-known classical encryption schemes with novel post-quantum schemes. In this paper, we conduct a survey of the state-of-the-art public-key multiple encryption (M-PKE) schemes. For the first time, we describe the most relevant M-PKE schemes in detail and discuss their security in a unified model, which allows better comparison between the schemes. Hence, we compare the security, efficiency, and complexity of the schemes and offer recommendations for usage based on common use cases. Our survey emphasizes the importance of being deliberate when combining encryption schemes, as small nuances can easily break security.

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Resource Centric Analysis of RSA and ECC Algorithms on FPGA

Sudarshan,

Khandelwal,

B M

et al. 2023

ITM Web Conf.

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The electronics industry’s shadow side is counterfeiting, and the doom is growing. Almost every business in the supply chain is impacted by the issue, including component suppliers, distributors, Electronics Manufacturing Services (EMS) providers, Original Design Manufacturers (ODMs), Original Equipment Manufacturers (OEMs), and their clients. In fact, any electronics firm that wishes to benefit from the cheap costs associated with globalization must be aware that someone along the supply chain may be persuaded to acquire fake items and sell them as genuine. A thorough grasp of chip designs, including partitioning and prioritizing data transit and storage, as well as a range of obfuscation techniques and activity monitoring, is necessary to reduce the danger of future hardware breaches. To battle this problem, we need to enforce various security measures at different levels of the supply chain. The recent methods include implementing cryptographic ciphers into the devices. The commonly used ciphers are the hard ciphers. But owing to the advancements and increase in the number of low power and resource constrained devices, there has been a dire need to design ciphers that support such devices. This paper talks about the advantages of lightweight ciphers, aiming to secure low power devices and other embedded devices. This work mainly compares two algorithms, RSA(hard cipher) and ECC(light cipher) in terms of their device utilization and power consumption on a Kintex-7. The presented results are justified from simulations performed on the Vivado design suite.

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Fast and Area Efficient Implementation of RSA Algorithm

Cited by 6 publications

References 9 publications

Design and implementation of secure student score system

Design and implementation of secure student score system

On Multiple Encryption for Public-Key Cryptography

Resource Centric Analysis of RSA and ECC Algorithms on FPGA

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