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Authentication mechanisms for IoT system based on distributed MQTT brokers:review and challenges - 2021

Authentication mechanisms for IoT system based on distributed MQTT brokers:review and challenges

Research Area:  Internet of Things


With the rapid growth of internet connected devices and the tremendous amount of data that could be generated and exchanged in IoT environment, we need to reconsider in the current IoT architecture that based on Cloud computing system, to avoid the issues related to performance and scalability. Message Queue Telemetry Transport (MQTT) is one of promising protocol for data exchange in IoT that could encounter such issues because it relies on central broker located in Cloud, and this may lead to increase network congestion, performance overhead or bottleneck. Therefore, we need to leverage Fog computing by developing a distributed architecture for MQTT that contain multiple brokers. In this case, IoT services can be coordinated and managed between Fog computing and Cloud computing. However, this will open new security challenges for several reasons. Firstly, security procedures need to be modified because MQTT that based on distributed architecture require additional multiple brokers and different communication standards that may increase security threats and increase security management complexity. Secondly, MQTT is inherently lacking efficient security features because it performs username/password-based authentication in a plain text, that protected by cryptographic protocol SSL/TSL which is not consider as lightweight protocol for resources constrained devices. This paper will present taxonomy and realization process of IoT authentication scheme. In addition, the paper will discuss challenges of applying authentication mechanisms for IoT systems that based on distributed MQTT brokers.


Author(s) Name:  Hassan Kurdi, Vijey Thayananthan

Journal name:  Procedia Computer Science

Conferrence name:  

Publisher name:  Elsevier

DOI:  10.1016/j.procs.2021.10.066

Volume Information:  Volume 194, 2021, Pages 132-139