Tamperproof IoT with Blockchain
Guangsheng Yu, Ren Ping Liu, J. Andrew Zhang, Y. Jay Guo
TL;DR
This paper demonstrates that integrating Blockchain into IoT systems enhances tamper resistance, providing a secure method to maintain trust and integrity in IoT environments through experimental validation.
Contribution
The paper presents an implementation of Blockchain within an IoT testbed and empirically verifies its tamper-resistant properties for IoT security.
Findings
Blockchain effectively prevents tampering in IoT systems
Experimental results confirm trustworthiness of Blockchain in IoT
Blockchain integration enhances security and integrity in IoT
Abstract
We investigate the tamper-resistant property of Blockchain and its effectiveness for IoT systems. In particular, we implemented an IoT testbed, and built a Blockchain into the testbed. A number of tamper-resistance experiments were conducted and analyzed to corroborate the process of block validation in Blockchain. Our analysis and experimental results demonstrate the tamper-resistant capability of Blockchain in securing trust in IoT systems. The demonstration video is provided at [1].
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Taxonomy
TopicsBlockchain Technology Applications and Security · IoT and Edge/Fog Computing · Advanced Malware Detection Techniques