… lightweight cryptographic algorithms. There are two types of lightweight cryptography algorithms
… The power consumption can be reduced by more than 20% with only a slight penalty in …

… Therefore, it can be used to ensure security and privacy in the … lightweight cryptographic
algorithms, which can be used to … the tests, the energy consumption of the algorithms, current …

… reason, the profile of a lightweight cryptographic algorithm should mention power as well
as … In Table 2, we provide a survey of the energy consumption for lightweight primitives …

… energy consumption must be low to extend the operational life of the WSN [2]. Therefore,
the implementation of cryptographic algorithms for WSN must be resource and energy aware. …

… primitives which include lightweight block ciphers, hash … We analyze many lightweight
cryptographic algorithms based on … Smaller key size In order to achieve power consumption with …

… IoT devices demand low cost and power consumption (not necessarily high performance
except … is a strong motivation to explore the energy efficient lightweight security solution. Those …

… Among the hardware platforms, the energy consumption was highest for all the algorithms
when using the iMX233 board, but we chose this platform as the most preferred option for the …

… power consumption. Also, some research directions defined in which further work can be done
on lightweight cryptography algorithms… a survey on lightweight cryptography algorithms is …

… the design of lightweight security … use of client authentication impacts the energy consumption
due to SSL handshake and how the choice of cipher-suite affects the energy consumption …

… lightweight cryptography, by introducing lightweight features such as small memory, small
processing power, low power consumption… important aspect of lightweight cryptography is that …