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As the Internet of Things (IoT) continues to expand its reach, encompassing a vast array of devices and applications, including mission-critical ones, the need for secure and privacy-aware solutions increases. Traditional centralized authentication mechanisms may not be suitable for the highly distributed and heterogeneous nature of IoT environments, and they also have a very high demand in terms of energy and memory, which does not match the availability of resource-constrained devices. In this study, we suggest a novel solution to these difficulties based on Self-Sovereign Identity (SSI) principles, while taking into account the innovative Web of Things (WoT) architecture. It discusses how these elements from SSI can be applied in a WoT environment to establish trust between devices, users, and applications. Additionally, the paper explores the potential challenges and opportunities of integrating SSI into the WoT ecosystem, such as scalability, interoperability, and authentication. Through a comprehensive analysis of the SSI paradigm and its applicability in the WoT context, this paper sheds light on the transformative potential of device-centric identity management. It underscores the importance of privacy, security, and individual control in an increasingly interconnected world, advocating for SSI as a solution that aligns with the values of the digital age. By embracing SSI, stakeholders in the WoT ecosystem can ensure a more secure and trustworthy environment for all parties.
Boi et al. (Mon,) studied this question.