Design and Implementation of Low-power Nanoscale Cryptosystem for Group-centric secure information sharing

Abstract

Advancement in technology, creates a dire need of secure data transmission for information exchange.
The Data Encryption Standard (DES), Triple Data Encryption Standard (TDES) and Advanced
Encryption standard (AES) algorithms are a few of the widely used encryption algorithms
for secure data exchange process.In this paper, the integration of different security algorithms via;
AES, DES and triple DES in g-SIS on a Single Silicon Die is designed and implemented. The area
and power consumption of different algorithms are taken as the evaluation parameters for analysis
of the system. The total design is coded using Xilinx ISE and Icarus Verilog, it is synthesized using
a cadence RTL compiler and finally the GDS2 layout of the design is implemented using cadence
Encounter.