Blockchain Security by Design Framework for Trust and Adoption in IoT Environment

TL;DR

This paper proposes a blockchain security framework by design for IoT environments, emphasizing trust, privacy, and adoption, supported by a case study on the Cyber-Trust project.

Contribution

It introduces a high-level guide for designing blockchain security frameworks tailored for IoT, focusing on trust, privacy, and practical implementation considerations.

Findings

Framework enhances trust and security in IoT using blockchain.

Case study demonstrates practical application of the framework.

Security and privacy by design are central to the approach.

Abstract

With the recent advances of IoT (Internet of Things) new and more robust security frameworks are needed to detect and mitigate new forms of cyber-attacks, which exploit complex and heterogeneity IoT networks, as well as, the existence of many vulnerabilities in IoT devices. With the rise of blockchain technologies service providers pay considerable attention to better understand and adopt blockchain technologies in order to have better secure and trusted systems for own organisations and their customers. The present paper introduces a high level guide for the senior officials and decision makers in the organisations and technology managers for blockchain security framework by design principle for trust and adoption in IoT environments. The paper discusses Cyber-Trust project blockchain technology development as a representative case study for offered security framework. Security and privacy by design approach is introduced as an important consideration in setting up the framework.