In recent research, very large-scale integration (VLSI) design and its implementation plays a
major role. It has been considered as compact and contains additional techniques …

Data security is essential for the proliferation of the Internet of things and cyber‐physical
system technologies. Data security can be efficiently achieved by incorporating lightweight …

In this paper, low-cost and high-throughput hardware implementations of the HIGHT and
PRESENT lightweight block ciphers are presented. One of the most complex blocks in the …

The advancements in IoT and manufacturing techniques has given rise to the use of small
embedded devices such as RFIDs, sensor nodes and smart cards. Due to hardware and …

In this study, low‐cost and high‐throughput hardware implementations of the HIGHT (HIGh
security and lightweigHT) and PRESENT lightweight block ciphers are presented. One of the …

Nowadays the number of embedded devices communicating over a network is increasing.
Thus, the need for security appeared. Considering various constraints for the limited …

The essence of internet-of-things (IoT) and cyber-physical systems (CPS) infrastructures is
primarily based on privacy and security of communicated data. In these resource …

Lightweight ciphers are increasingly employed in cryptography because of the high demand
for secure data transmission in wireless sensor network, embedded devices, and Internet of …

This study presents an 8‐bit serialised architecture of SEED block cipher for constrained
devices. The circuit utilises 356 FPGA slices and 447 1‐bit registers flip‐flops (FFs) in the …

This paper investigates three substitution box (S-box) designs for lightweight ciphers. The
proposed designs involve functional decomposition, which is preferable as compared to the …