APPLICATIONS OF MULTIMODAL BIOMETRICS AUTHENTICATION FOR ENHANCING THE IOT SECURITY USING DEEP LEARNING
Abstract
The Internet of Things (IoT) integrates billions of electronic devices into computer networks toprovide advanced and intelligent services that enable devices to communicate with each other byexchanging information with minimal human interaction. The security issue is at higher risk in IoTsystems than in other computing systems. Maintaining the security requirement when attackingthe physical surface of the IoT system device is a challenging task. Implementing securitymechanisms like authentication and access control for the IoT ecosystem is necessarily needed toensure the securityof IoTdevices. The key used for security may be stolen, forgotten, or forged.Also, the key may be generated by intruders or men in the middle of traditional securitymechanisms. Biometric security is becoming more advanced and sophisticated with technologicaladvancements and is mostly used in authentication systems. In unimodal biometrics, only onebiometrics character can be applied which does not apply to ensure the security of IoT systems. Inthis paper, Multimodal biometrics authentication was used for securing edge devices in the IoTecosystems. Face image and fingerprint image were used as multimodal biometrics systems forauthenticating users to secured IoT devices. A pi-camera module and fingerprint sensor were usedto capture biometric data. Image processing techniques were then applied to the images. ThenCNN algorithms were used for feature extraction and model creation. During model creation, theRELU function was used as an activation function, soft-max for image classification, and Max-pooling forimage dimensional reduction which helped the model speed up the training process.Experimental results show that the accuracy of the face image and fingerprint image is 92% and89% respectively, which is a promising result that achieves the objective of the study.
Keywords : Internet of Things, Multimodal Biometrics, Authentication, CNN, Deep Learning