Title:
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AN ENERGY-EFFICIENT RANDOM FINGERPRINT
AND VERIFICATION FOR WIRELESS SENSOR
NETWORKS AUTHENTICATION PROTOCOLS |
Author(s):
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Youssou Faye, Hervé Guyennet and Pierre Cyrille Héam |
ISBN:
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978-989-8533-92-0 |
Editors:
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Ajith P. Abraham and Jörg Roth |
Year:
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2019 |
Edition:
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Single |
Keywords:
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Wireless Sensor Networks, Authentication, Password, Verification of Authentication Protocols |
Type:
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Full Paper |
First Page:
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181 |
Last Page:
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188 |
Language:
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English |
Cover:
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Full Contents:
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click to dowload
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Paper Abstract:
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Sensor devices are limited resources (memory storage, energy, power computation and transmission), thus providing
security mechanisms with lightweight resources is a very challenge in Wireless Sensors Network (WSNs). Recently, we
show that, Vaidya and al.s Improved Robust scheme for Dynamic User Authentication in WSNs is vulnerable to the risk
of forgery attacks and Denial-of-Service (DoS) and we have proposed a lightweight solution which is adequate for resource
constrained sensor networks. In this paper, we derive from password a much shorter string that could serve as random
fingerprint to improve Login and Authentication phase. After having taken note that the security analysis of authentication
protocols has already demonstrated through hash function properties and computational complexity, we propose an
evaluation by experimenting firstly on the real sensor platform SensLab to measure energy consumption. After, we verify
secrecy and authentication properties by the widely accepted AVISPA (Automated Validation of Internet Security
Protocols and Applications) tool and validate protocols through simulation based on attacks. |
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