Secure wireless sensor network using cryptographic technique based hybrid genetic firefly algorithm

Burhan, Iman Mohammed; Ibrahim, Sura Khalil; Jebur, Zainab Taha; Zahra, Musaddak Maher Abdul; Salih, Mohanad Ahmed; Jaleel, Refed Adnan

doi:10.21533/pen.v10i1.2608

Cited by 5 publications

(2 citation statements)

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“…The phrase "Internet of Things" is made up of two words: "Internet," which refers to protocols, communication, and networks; and "things," which refers to hardware components such as sensors and actuators [3]. The goal of the IoT is to improve people's lives by making everything in the world such as smart phone, smart TV, robots, motor vehicles, light bulbs, air conditioners, shelf space in your grocery store that are connected, monitored, actuating, and interacting among themselves without human intervention to perform actions that affect [4,5]. IoT is a solution that improves the medical outcome, make shopping safe and enjoyable, or make products faster, IoT entered in several domains [6].…”

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Retracted: Smart optimal path with blockchain modelling in internet of things using enhanced K‐means clustering and advance encryption standard

2023

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The Internet of Things (IoT) were employed to help clients access the needed products with less effort and time. To discover the optimal path, enhanced K-Means (EK-M) clustering is utilised. By reducing the number of K from two or more to one, the conventional K-Mean has been improved. Using an IoTs platform, the optimal path should be the shortest distance. In EK-M, K is a telephone location, by using Global positioning systems sensor in a smart phone, latitude and longitude are used to detect the location of the phone, and Google Maps are used to find the locations of shops on a virtual map. The largest issue with IoT is security because of its complicated environment and the constrained resources of its devices. Blockchain is the main way that important information on IoT platforms is kept safe. In this study, the IoT framework using Blockchain with Advanced Encryption Standard (AES) in a six-block mode is protected. Products data is being encrypted, then transmitted to the Internet by means of an authorised person to be obtained from anywhere. To get at the sensors' actual readings, the decryption is finally proposed. In EK-M and AES, the suggested system yields good, secure, and balanced results. K E Y W O R D Scomputer network security, cryptography, data mining, internet of things | INTRODUCTIONThe IoT is a network that links individually identifiable computing devices, items, digital machines, mechanical devices, humans, and animals. Without computer or human-computer or human-human contact, this system may transport information [1]. IoT is a concept coined in 1999; internet-connected devices (whether wired or wireless). Reasons for Internet opportunity now and in the future are affordable gadgets, tiny, high-powered devices (sensors) of the order of millimetres or nanometres; these can operate on very little power [2]. The phrase "Internet of Things" is made up of two words: "Internet," which refers to protocols, communication, and networks; and "things," which refers to hardware components such as sensors and actuators [3]. The goal of the IoT is to improve people's lives by making everything in the world such as smart phone, smart TV, robots, motor vehicles, light bulbs, air conditioners, shelf space in your grocery store that are connected, monitored, actuating, and interacting among themselves without human intervention to perform actions that affect [4,5]. IoT is a solution that improves the medical outcome, make shopping safe and enjoyable, or make products faster, IoT entered in several domains [6]. Protecting the IoT network from security breaches is made easier with the use of blockchain technology. Blockchain is a distributed ledger technology that when used with the IoTs enables transactions to take place between machines. It makes use of a number of database-recorded transactions, validated by various means and recorded in a shared ledger accessible to all nodes [7]. IoT and blockchain work together to provide a number of potential advantages, including the ability for smart devices to operat...

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Retracted: Smart optimal path with blockchain modelling in internet of things using enhanced K‐means clustering and advance encryption standard

2023

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“…By using the action on a modular group on a projective line and finite field Siddiqui et al in [12] construct the S-box while Arshad et al in [13] used mobius group over finite field to construct the secure substitution box. Chaotic permutation [14], optimization technique [15], graph theory [16], Hilbert curve [17], elliptic curve [18,19], the action of matrices on Galois field [20], Cubic Modular Transform and the Sine Function [21] and firefly algorithm [22] are other techniques to construct the Sboxes with reasonable cryptographic properties of Sbox.…”

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A Novel Construction of Substitution Box Based on Polynomial Mapped and Finite Field With Image Encryption Application

et al. 2022

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In the modern block cipher, the substitution box (S-box) is a nonlinear constituent that plays a substantial role to create the confusion in ciphertext. S-boxes with low value of differential uniformity and high value of nonlinearity are considered more secure against cryptanalysis attacks. For the construction of 8×8 S-boxes, an efficient and novel scheme is presented in this paper. This scheme based on polynomial mapped and finite field which work only for even integers without multiple of 4 in the range (2-254). Firstly, we take a quadratic polynomial mapped for the construction of S-box from the newly designed map. To keep the S-box bijective, swap each missing entries with repeating entries after that we acquire the initial box. Secondly, to increase the randomness of initial S-box special permutations of symmetric group S256 used and generated the proposed S-box. Lastly, to examine the validity of the suggested S-box we used various tests such as nonlinearity (NL), bit independence criteria (BIC), strict avalanche criteria (SAC), differential uniformity (DU) and linear approximation probability (LAP) which all certify algebraic properties of S-box. Moreover, the features of newly constructed S-box compared with recent S-boxes from literature which show superior performance against intruders' attacks. Further, S-box is utilized in image encryption scheme and apply MLC (majority logic criterion) and histogram analysis to examined the encryption quality. Our results shows that proposed S-box based encryption scheme is very good as compared to other encryption methods.

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A Simple Algorithm to Secure Data Dissemination in Wireless Sensor Network

Sonai,

Bharathi

2024

Lecture Notes in Networks and Systems

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Secure wireless sensor network using cryptographic technique based hybrid genetic firefly algorithm

Cited by 5 publications

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Retracted: Smart optimal path with blockchain modelling in internet of things using enhanced K‐means clustering and advance encryption standard

Retracted: Smart optimal path with blockchain modelling in internet of things using enhanced K‐means clustering and advance encryption standard

A Novel Construction of Substitution Box Based on Polynomial Mapped and Finite Field With Image Encryption Application

A Simple Algorithm to Secure Data Dissemination in Wireless Sensor Network

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