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Creating Dynamic Cybersecurity in Edge Computing: Application of Smart Contracts and Blockchain Technology

Sep 2026 · Computing, Communication, and Sustainable Energy Technologies · pp. 72-75
Blockchain Technology Applications and Security

Abstract

Edge computing&s;s rise enables low-latency, decentralized processing near IoT devices and sensors but exposes networks to tampering, unauthorized access, and impersonation due to resource constraints. Centralized security falls short. This paper proposes a blockchain-empowered dynamic cybersecurity platform using smart contracts for automated policies, access control, and anomaly detection. Blockchain&s;s immutable, transparent ledger fosters trust among nodes, eliminating central authorities. The architecture handles secure authentication, integrity checks, and confidential sharing, with real-time policy updates adapting to threats. Evaluations confirm low latency on constrained devices and optimized consensus for security-performance balance. This scalable solution enhances resilience for IoT, smart cities, healthcare, and automation.

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