Dynamic Group Management Scheme for Sustainable and Secure Information Sensing in IoT

Abstract

Abstract:The services provided to users in the environment associated with the Internet of Things (hereinafter referred to as IoT) begin with the information collected from sensors. It is imperative to transmit high-quality sensor data for providing better services. It is also required to collect data only from those authenticated sensors. Moreover, it is imperative to collect high-quality data on a sustainable and continuous basis in order to provide services anytime and anywhere in the IoT environment. Therefore, high-quality, authenticated sensor networks should be constructed. The most prominent routing protocol to enhance the energy consumption efficiency for the sustainable data collection in a sensor network is the LEACH routing protocol. The LEACH routing protocol transmits sensor data by measuring the energy of sensors and allocating sensor groups dynamically. However, these sensor networks have vulnerabilities such as key leakage, eavesdropping, replay attack and relay attack, given the nature of wireless network communication. A large number of security techniques have been studied in order to solve these vulnerabilities. Nonetheless, these studies still cannot support the dynamic sensor group allocation of the LEACH routing protocol. Furthermore, they are not suitable for the sensor nodes whose hardware computing ability and energy resources are limited. Therefore, this paper proposed a group sensor communication protocol that utilizes only the four fundamental arithmetic operations and logical operation for the sensor node authentication and secure data transmission. Through the security analysis, this paper verified that the proposed scheme was secure to the vulnerabilities resulting from the nature of wireless network communication. Moreover, this paper verified through the performance analysis that the proposed scheme could be utilized efficiently.

Research Trends in the Use of the Internet of Things in Sustainability Practices: A Systematic Review

“…The transmission of data from these sensors is crucial for providing better services, including device authentication. The LEACH routing protocol was emphasized for its ability to transmit sensor data by measuring energy and dynamically assigning groups of sensors, despite its shortcomings, such as key vulnerability, attack eavesdropping, and attack relaying [52].…”

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“…In any case, the existence of a control protocol [49] for medical gas installations in hospitals is a key factor to ensure a stable gas supply. Gas pipelines should therefore be monitored from the tank location to the various gas inlets along the building [50].…”

Advanced IT-Based Future Sustainable Computing

“…The next paper [2], entitled Dynamic Group Management Scheme for Sustainable and Secure Information Sensing in IoT, by Kim, H., et al, introduces a method that utilizes the four kinds of fundamental arithmetic operator, substitution operator, and logical operator for the dynamically allocated cluster headers and groups. Group sensor nodes are authenticated and the keys are allocated for mutual authentication and confidential information transmission, which verify the distance between the group sensor nodes by utilizing the distance bounding.…”