An Implementation of Modified Lightweight Advanced Encryption Standard in FPGA

James, Mary; Kumar, Deepa S.

doi:10.1016/j.protcy.2016.08.148

Cited by 16 publications

(11 citation statements)

References 5 publications

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“…Identity-based cryptography (IBC) and elliptic curve cryptography (ECC) [5] are the two security solutions for this problem. Other cryptographic algorithms used in the control layer are Hash algorithms [6], AES [7], PRESENT [8], DES [9], etc.…”

Section: Control Layer/infrastructure Layermentioning

confidence: 99%

Lightweight Cryptographic Techniques in 5G Software-Defined Internet of Things Networking

Majhi¹,

Mitra²

2022

Lightweight Cryptographic Techniques and Cybersecurity Approaches

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Lightweight cryptography (LWC) is an area of cryptographic techniques with low computational complexity and resource requirements. There must be a reason for using it in Internet of Things (IoT) network with a strict resource constraints environment. The key features of a 5G network are low latency, high throughput, heterogeneous network architecture, and massive connectivity. A new area of network architecture called SDN-IoT comes into the picture to control and manage IoT devices in a network with low latency and high throughput. SDN helps to reprogram the network according to the application’s requirements. Also, higher mobile applications lead to higher data growth. SDN helps to secure, manage, and control the huge data in the network. SDN-IoT architecture divides the network into three layers: The infrastructure layer, the control layer, and the service or application layer. In this chapter, we are focusing on the LWC algorithms from different perspectives so that they will fit into different layers of SDN-IoT network. We will discuss all the pros and cons of implementing LWC algorithms in hardware and software environments and also, the different layers of the SDN-IoT network. We also discuss SDN security architecture and different performance metrics for LWC algorithms.

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Section: Control Layer/infrastructure Layermentioning

confidence: 99%

Lightweight Cryptographic Techniques in 5G Software-Defined Internet of Things Networking

Majhi¹,

Mitra²

2022

Lightweight Cryptographic Techniques and Cybersecurity Approaches

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“…is is because most IoT devices have AES-specific cryptographic acceleration hardware. It also offers robust encryption with a reduced key size [35,36] compared to an asymmetric encryption algorithm with the same robustness level. In addition, these encryption operations require fewer resources than asymmetric encryption.…”

Section: Implementation Of Secure Exchange Of Contextmentioning

confidence: 99%

SETUCOM: Secure and Trustworthy Context Management for Context-Aware Security and Privacy in the Internet of Things

Sylla

Chalouf

Krief

et al. 2021

Security and Communication Networks

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IoT technologies facilitate the development and the improvement of pervasive computing by enabling effective context-awareness features. These features enable the IoT applications to detect the user’s situation and adapt their behavior. They also enable context-aware security and privacy, which consist in adapting security and privacy mechanisms’ deployment to the user’s situation. Research studies on context-aware security and privacy focus on security and privacy mechanisms’ implementation but do not consider the secure and trustworthy context management. In this paper, we introduce a new secure and trustworthy context management system for context-aware security and privacy in the smart city: “SETUCOM.” SETUCOM is the implementation of the DTM (Device Trust Management) module of the CASPaaS (Context-Aware Security and Privacy as a Service) architecture. It secures context information exchange by using a lightweight hybrid encryption system adapted to IoT devices and manages trust through artificial intelligence techniques such as Bayesian networks and fuzzy logic. A detailed description of the proposed system is provided, and its main performances are evaluated. The results prove SETUCOM feasibility in context-aware security and privacy for the smart city.

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“…To prevent an unauthorized entity accessing the content of the data, Advanced Encryption Standard should be implemented in the system with the symmetric key system that helps to reduce operation time during encrypting and decrypting processes with the fast-paced system [21]. To prevent data alteration from an unauthorized entity, the system should be built with blockchain technology, because the data is saved within a block, that has a timestamp, and the integrity is stated as a hash in a form of hexadecimal string from the previous block, and so on [22].…”

Section: Literature Reviewmentioning

confidence: 99%

Designing a Blockchain-Based Pemilu E-Voting Information System

Sulaiman

Setiawan

2021

International Journal of New Media Technology

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Data is an important thing as a base of an analytic or a hypothesis for concluding participant vote data in the Indonesian General Election. The data needs to be processed and secured, so the integrity of the data is in good condition. It also needs to protect the participant voting rights, so the information is correctly displayed. The research problems include creating a system that protects the integrity of election data and creating a system that protects election rights for each voter. Based on the problems, this research discusses a blockchain-based electronic voting information system that would secure the integrity of data and also protecting the participant voting rights in a General Election. The system uses Ethereum as a blockchain with Solidity as a programming language to build a smart contract and is built in Microsoft Windows platform. In this research, consortium blockchain and biometric fingerprint authentication are used as a problem-solving method, and waterfall steps is used as a system development method. The result of this research is a proposed design of the e-voting system. The conclusion based on this research is a blockchain-based e-voting system that secures the integrity of the data in a selection process and ensures protection to each vote right. Index Terms—Authentication; Blockchain; Data; Integrity; E-Voting; System

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An Implementation of Modified Lightweight Advanced Encryption Standard in FPGA

Cited by 16 publications

References 5 publications

Lightweight Cryptographic Techniques in 5G Software-Defined Internet of Things Networking

Lightweight Cryptographic Techniques in 5G Software-Defined Internet of Things Networking

SETUCOM: Secure and Trustworthy Context Management for Context-Aware Security and Privacy in the Internet of Things

Designing a Blockchain-Based Pemilu E-Voting Information System

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