Trust Based Security Mechanisms for Resource-Constrained Internet of Things-A Review

Abstract

The Internet of Things (IoT) defined as the assembling of real-world objects that are connected over the Internet to make human lives become well-being. The implementation and success of an IoT depend on how it’s secured. But providing security is a critical task because of various natures of IoT devices such as shared and open environment, a wide range of communication protocols, standards, self-organized, lack of central control, heterogeneity of devices, etc. To provide security solutions and mechanisms, key management, cryptographic mechanisms such as private and public-key cryptography, Intrusion Detection System (IDS), and hash functions have been used. Though it is working well, it is not suitable for lightweight IoT devices. Because of such mechanisms always demand high computational, memory, and processing. To overcome these issues, researchers have chosen trust management for providing security. In this article, some of the trust-based solutions have presented. Besides, security issues, security loopholes/attacks in various layers of IoT, security requirements, trust management in IoT, properties of trust, trust management building blocks, the role of trust management in IoT, basic trust calculation methods have presented.

From protocols to countermeasures: A comprehensive survey into IoT safety

“…Timestamp choices are essential for unidirectional packets, whereas nonce variables safeguard bi-directional transmissions (Lenders et al 2021). Marketing materials only react to recent queries according to nonce, and a 64-bit timestamp eliminates pointless ads and redirection (Prathapchandran et al 2021). Sequential IPv6 packet transmission is ensured by content chaining, and the procedure is authenticated by fragment contents.…”

“…(Ferrara et al 2021) suggests discouraging weak passwords, checking interfaces for vulnerabilities, using HTTPS, and updating software to secure IoT. TLS and SASL authentication and encryption in VIRTUS middleware ensure data integrity and authorized user access (Prathapchandran et al 2021). A semantic framework uses Triple Space Computing to ensure diverse implementation interactions.…”