Implementation Of RSA Encryption And Decryption On FPGA

Chen, Jian Sing (2016) Implementation Of RSA Encryption And Decryption On FPGA. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Implementation Of RSA Encryption And Decryption On FPGA.pdf - Submitted Version Download (501kB)

Abstract

RSA (Rivest, Shamir, and Adleman) cryptosystem is the most secure algorithm that can be used to protect information during the communication between system and system. Without this RSA cryptosystem, every hardware tendency to be hacked is very high which the information can be easily taken by third party. Based on NIST after 31 December, 2013 has recommended that RSA-1024 certificate be eliminated and replace with RSA-2048, or stronger keys. From industry experts also, 1024-bit of RSA is now often used by cybercriminal and a high risk compromised by cybercriminal. This is because due to the short length 1024 bit in had been used. Hence, in this project, will try to develop and implement this RSA algorithm in FPGA using Verilog language. While puTTy act as user interface to check the result which encryption the plain text will become cipher text and decryption the cipher text will become plain text again. At the end of this project will analysis and compare with the previous project in processing speed, allocation space in FPGA and circuit using in the FPGA.

Actions (login required)

View Item