Description
TL;DR: A hybrid IoT-security framework combining post-quantum keys and signatures, lightweight edge AI, and a permissioned trust ledger.
About This Document
Abiya Sharon and coauthors present PQ-IoTGuard for decentralized authentication of low-power Internet of Things devices. The design combines lattice-based key encapsulation and digital signatures with anomaly detection at edge gateways and a permissioned blockchain. The authors report sub-50-millisecond authentication for simulated networks of up to 5,000 devices, more than 98 percent anomaly-detection accuracy for selected attacks, and less than 15 percent overhead compared with traditional PKI in their evaluation.
Why Bitcoin People May Care
This is a proposed IoT architecture, not a Bitcoin system, and its reported performance belongs to the paper's simulation conditions. The Bitcoin-adjacent value is the security contrast: quantum-resistant signatures and decentralized records are treated as separate layers with separate costs. That distinction helps readers think beyond the vague claim that quantum computers simply break blockchain.
What You Receive
Purchase reveals the verified preserved PDF location for this document.
Document Details
- Title: Post-Quantum IoT Authentication with AI and Blockchain
- Author / organization: Abiya Sharon et al.
- Year: 2026
- Language: English
- Document type: Research paper
- Pages: 8
CacheRat provides researched source-location and document-identification information. CacheRat does not claim ownership of the underlying third-party documentation.
