IoT based Biometrics SaaS using Raspberry Pi on Azure Platform - Shah, Dhvani;Bharadi, Vinayak
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This book shows the power of a small mini-computer based Raspberry Pi used as a remote client. The main intention of this project was to combine the effectiveness of cloud and an IoT device to develop a bio-metric SaaS which can be exploited for authentication purposes. Also the study implemented cryptographic solutions to make this low-cost bio metric system secure. The Advanced Encryption Algorithm (AES-256) was incorporated which modified to increase the complexity of the algorithm. The encryption process was executed on the RPi while the decryption process was executed as a cloud service…mehr

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Produktbeschreibung
This book shows the power of a small mini-computer based Raspberry Pi used as a remote client. The main intention of this project was to combine the effectiveness of cloud and an IoT device to develop a bio-metric SaaS which can be exploited for authentication purposes. Also the study implemented cryptographic solutions to make this low-cost bio metric system secure. The Advanced Encryption Algorithm (AES-256) was incorporated which modified to increase the complexity of the algorithm. The encryption process was executed on the RPi while the decryption process was executed as a cloud service on Azure Platform. Thus this dissertation was successful in building a low-cost, portable, secure, flexible and scalable IoT based bio-metric system using Raspberry Pi as a remote enrollment node.
Autorenporträt
Dhvani Shah has her B.E and M.E degree in Information Technology from Mumbai University and over 2 years of experience as an educator for various engineering classes. She has publications in fields such as Raspberry Pi, cloud and wireless security.She is currently working as Assistant Professor at St.John College of Engineering and Management.