Encryption Based on Cellular Automata for Wireless Devices
in IoT Environment
Harinee Shanmuganathan
and Anand Mahendran*
School
of Computer Science and Engineering, Vellore Institute of Technology, Vellore,
Tamil Nadu, India
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Abstract: A large number of physical
objects are interconnected and accessed through the internet along with the
existing technology like cloud computing, mobile computing, wireless sensor
networks and big data forms a big paradigm called the Internet of Things (IoT).
Data from remote and neglected areas are collected via wireless sensors and
stored in the cloud. Growth in the number of the sensing device and the server
to which these are connected leads to many security issues and malicious
attacks. With mirai botnet and jeep hack about 150 million user’s information
from MyFitnessPal nutrition app was stolen. This paper mainly focuses on
security challenges for transmitting the data in the wireless sensor network in
the IoT environment. To avoid the malicious attack, eavesdropping, algebraic
attacks and other attacks a new security algorithm is proposed based on
Cellular Automata (CA) which has a key length of 80 bits and the text size is
64 bits. Reversible rules of CA are used in this algorithm to achieve
reversibility, parallelism, stability, randomness, and uniformity. The process
of encryption and decryption is performed for 15 rounds to avoid dependency
between the ciphertext and the plain text. Finally, we compare the execution
time, throughput and the avalanche effect of the proposed algorithm with the
existing algorithm like Advanced Encryption Standard (AES), Height, Present
algorithm. The proposed algorithm is verified to be a better choice for lost
cost and resource-restricted devices.
Keywords: Cellular
Automata, secure data transmission, security algorithm, IOT.
Received May 25, 2020; accepted September 27, 2020
https://doi.org/10.34028/iajit/18/3/11
