Secured Architecture for Integrated IoT Enabled Smart Services

Abstract

Internet of Things plays a significant role in the digital era, as it is to be the game changer in the IT industry. IoT facilitates users with ample number of smart applications and services by connecting billions of devices and objects both physical and virtual. The available IoT based smart services and the applications have its boundaries around a single domain or sector. It becomes tedious when the user wishes to avail different smart services and applications; the user has to request different service providers in various locations for their services. So, it is essential to integrate the IoT enabled services or applications for the user to avail anytime, anywhere and in any device. Security issues are more and different while integrating the IoT smart services by connecting variety of devices and objects. The envisaged security issues must be addressed in the effort of integrating IoT enabled smart applications and services. This paper proposes a novel secured architecture for integrated IoT enabled smart services and applications. The architecture proposed, addresses the integration of IoT enabled services and end to end security using ECC which enables the user to avail IoT services anywhere and anytime

A decade of research on patterns and architectures for IoT security

“…The taxonomy was used to ensure that the primary studies have information relevant to this study. We can draw out some key examples, such as papers (Vijayakumaran et al 2020;Vithya Vijayalakshmi and Arockiam 2020;Jerald et al 2019;Pacheco et al 2018), which are the ones who cover most security concerns ("Security and privacy concerns" section). We based on the (more fine-grained) data extracted from the primary studies to answer RQ2: What are the technical details of these security patterns and architectures for addressing IoT security and privacy?…”