Smart City Gnosys

Smart city article details

Title	A Robust Smart Card And Remote User Password-Based Authentication Protocol Using Extended Chaotic Maps Under Smart Cities Environment
ID_Doc	4353
Authors	Meshram, C; Ibrahim, RW; Deng, LZ; Shende, SW; Meshram, SG; Barve, SK
Year	2021
Published	SOFT COMPUTING, 25, 15
DOI	http://dx.doi.org/10.1007/s00500-021-05929-5
Abstract	The idea of an internet of things (IoT)-based smart city evolves with the aim of improving the quality of citizens' lives through the practice of data and announcement (such as email, connection, etc.) tools. The idea of smart cities is believed to be feasible through the incorporation of new technologies such as IoT, automation and machine learning in which IoT plays a key role. When billions of slight strategies drive online and start sharing their information, confirmation has already described as a major security issue nearby the IoT. To exacerbate things, as internet technology advances, advanced hacker methods and new forms of threats arise after each other. It is, therefore, necessary to create efficient authentication protocol that is simpler and easier in order to free users from their anxiety and enhance their user experience. Smart card-based key authentication protocols have formed the normal in the latest years, featuring their exceptionally lightweight, easy-to-use equipment and low-cost apps. We proposed an efficient robust authentication protocol using the extended chaotic map in this article. The security of the proposed authentication protocol formally and informally evaluated to demonstrate robustness. Examination of the quality of the proposed authentication protocol has also given sufficient care of demonstrating the possibility of application in real-time requests.
Author Keywords	Mutual authentication; Session key; Smart card; Extended chaotic map; Perfect forward secrecy; Hash function; BAN logic; IoT; Smart city

Similar Articles

Id	Similarity	Authors	Title	Published
9651	0.885	Nyangaresi V.O.; AlRababah A.A.; Yenurkar G.K.; Chinthaginjala R.; Yasir M.	Anonymous Authentication Scheme Based On Physically Unclonable Function And Biometrics For Smart Cities	Engineering Reports, 7, 1 (2025)
4211	0.884	Alotaibi A.; Aldawghan H.; Aljughaiman A.	A Review Of The Authentication Techniques For Internet Of Things Devices In Smart Cities: Opportunities, Challenges, And Future Directions	Sensors, 25, 6 (2025)
47585	0.882	Gupta S.; Alharbi F.; Alshahrani R.; Kumar Arya P.; Vyas S.; Elkamchouchi D.H.; Soufiene B.O.	Secure And Lightweight Authentication Protocol For Privacy Preserving Communications In Smart City Applications	Sustainability (Switzerland) , 15, 6 (2023)
4351	0.876	Obaidat M.S.; Meshram C.; Kartikey D.; Hsiao K.-F.; Imoize A.L.; Barve S.K.	A Robust Remote Client Password Authentication Technique For Smart Cities E-Governance Applications	Proceedings of the 2023 IEEE International Conference on Communications, Computing, Cybersecurity and Informatics, CCCI 2023 (2023)
2150	0.874	Alatawi M.N.	A Hybrid Cryptographic Cipher Solution For Secure Communication In Smart Cities	International Journal of Computer Networks and Applications, 10, 5 (2023)
47744	0.873	Rathore M.M.; Jararweh Y.; Raheel M.; Paul A.	Securing High-Velocity Data: Authentication And Key Management Model For Smart City Communication	2019 4th International Conference on Fog and Mobile Edge Computing, FMEC 2019 (2019)
13747	0.872	Nofal M.; Elmanfaloty R.A.	Chaos-Based Dynamic Authentication For Secure Telehealth In Smart Cities	Modelling, 6, 2 (2025)
3800	0.868	Kim C.; Son S.; Park Y.	A Privacy-Preserving Authentication Scheme Using Puf And Biometrics For Iot-Enabled Smart Cities	Electronics (Switzerland), 14, 10 (2025)
25826	0.867	Pandey S.; Bhushan B.	Exploring The Viability And Effectiveness Of Lightweight Cryptographic Techniques In Enhancing The Iot Data Security Of Smart Cities	Proceedings of International Conference on Computational Intelligence and Sustainable Engineering Solution, CISES 2023 (2023)
35244	0.865	Khalique A.; Siddiqui F.; Ahad M.A.; Hussain I.	Lightweight Authentication For Iot Devices (Laid) In Sustainable Smart Cities	Scientific Reports, 15, 1 (2025)