Features-Based IoT Security Authentication Framework Using Statistical Aggregation, Entropy, and MOORA Approaches

Abstract

The Internet of Thing (IoT) is one of the most imperative technology for all organizations that's play a vital role in many operations, using communication networks, for exchange of data in order to perform a useful task. However, security of IoT devices and data is a major concern. This research work prioritizes the alternatives of security authentication features from studied articles. The multi-objective optimization method based on the ratio analysis (MOORA) is useful in multi-criteria decision making (MCDM) for ranking the alternatives. The statistical aggregation (SA) method has been used to assign weights to security authentication features in comparison to entropy method. In this paper, we identify weights for authentication features using the proposed SA method. Moreover, we evaluate the accuracy rates of the proposed model using entropy method. Finally, we ranked out the alternatives of authentication features using the MOORA approach. In fact, the entropy weight values came against the initial value of the objects in which the accuracy was 15% which is not suitable to this problem while the accuracy of the SA is 85%. Hence, the accuracy improvement is approximately 70 % using the SA method. This method is applicable for finding the weights of the objects based on initial values by MCDM approaches. We study the key security authentication which is the preserving of confidentiality, integrity, and availability that are the prime objectives for security of an IoT device. Furthermore, challenges are preserving the selected attributes through any approach, as discussed in the literature, adds to the complexity of IoT device security. We identify the future challenges to improve the security of IoT devices.

Decision Support for Sustainable Energy Choices: An MCDM Framework for High Renewable Energy System (HRES) Selection

“…H. U. Khan et al, [8] employed the MOORA method and statistical aggregation (SA) to prioritize security authentication features for IoT devices, highlighting the significance of enhancing IoT security and achieving an accuracy improvement of approximately 70% using the SA method. S. S. Goswami et al, [9] employed the AHP-TOPSIS Hybrid MCDM methodology to select the best renewable energy source for power production, addressing complex decision-making scenarios with varying factors and preferences, with potential applicability beyond India.…”

“…The process of Multi-Objective Optimization on the basis of Ratio Analysis (MOORA) method involves the data taken in the Decision matrix as well as the criteria weights obtained from the AHP method. The final rankings from MOORA method using the process described by H. U. Khan et al, [8] are shown in Table 4.…”