Discrete Logarithmic Improvement for ElGamal Cryptosystem Using Matrix Concepts

Maxrizal, Maxrizal; Irawadi, Syafrul; Sujono,

doi:10.1109/citsm50537.2020.9268832

Cited by 2 publications

(1 citation statement)

References 12 publications

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“…It means the topic is still wide opened for the research. For an instance, the research published in IEEE focuses on digital signature scheme [26], [28], [30] for cryptosystem [26], [28], Cloud-ElGamal [27], the modification of ElGamal cryptosystem [29], matrix based and ElGamal in curve cryptography [31], and so on.…”

Section: Discussionmentioning

confidence: 99%

Raw Data Security by Using Elgamal and Sha 256 Public Key Algorithm

2021

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The development of information technology has grown exponentially and various of data collections and its method has been obtained. In the era of big data, data has now become an asset that held important values, while in the implementation of data delivery, it clearly is not always safe. One of the method to secure data delivery is data encryption using Cryptography. Cryptography provides an encryption service to secure data delivery by transforming it to random values so that it can no longer be read. The goal in this study was to produce an application that could be used to encrypt data, using ElGamal's cryptography method and hash checking using the SHA256 algorithm. After encryption, to ensure the encrypted data is still the original data without any changes or manipulation by unauthorized 3rd party then done by checking the hash generated using SHA256 algorithm. The data used in this study was a sample of raw data from the ATPWTP survey (ability to pay and willing to pay) conducted by the BPS Cirebon (Central Statistics) in 2019 and the data was in the form of Excel and txt files. The encryption process resulted in a cipher larger than the plaintext and takes longer for the data encryption process than during the data cipher decryption process.

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