As the embedded device and internet of things (IoTs) concept prevalent in today's world,
there is an increasing demand for the security and performance requirements on deploying …

Lightweight cryptography is a rapidly developing research field. Its main goal is to provide
security for devices with fewer resources. These limited‐resource devices implement …

Information security for low-resource devices has received a fair amount of attention in
recent years. These devices have physical constraint in terms of area, power, and memory …

The emergence of Internet of Things (IoT) devices is challenging the conventional design
targets for integrated systems such as energy efficiency, cost, noise, and performance. With …

Lightweight block ciphers are primarily designed for resource constrained devices.
However, due to service requirements of large-scale IoT networks and systems, the need for …

While our conventional cryptography methods, such for AES (encryption), SHA-256
(hashing) and RSA/Elliptic Curve (signing), work well on systems which have reasonable …

As computing becomes pervasive, embedded systems are deployed in a wide range of
domains, including industrial systems, critical infrastructures, private and public spaces as …

With the rapid evolution of Internet of Things, there increased a necessity for strong data
security crypto ciphers which would operate successfully in constrained device …

In this paper, we introduce a framework for the benchmarking of lightweight block ciphers on
a multitude of embedded platforms. Our framework is able to evaluate the execution time …

Embedded systems are found to be used in a wide range of domains. But the inherent
limitations of size, memory and power, limits its functionality in secure transmission of …