Secure, reliable and energy-efficient communication is crucial for underwater Internet of Things (UIoT) networks, particularly in the context of critical environmental monitoring applications. This paper suggests a trust-aware DRL-aided secure routing and alert aggregation system that validates with the help of blockch...
Experiments conducted in a controlled simulation environment show that BFGRL can effectively improve security, trust management, scalability, and operational efficienssssscy in blockchain-assisted smart EV networks.
HBTV-SR, a permissioned blockchain-assisted trust-evidence retrieval method for secure IoT/WSN routing, indicates that edge-assisted ledger-backed trust retrieval improves secure routing reliability while avoiding excessive blockchain workload on constrained IoT/WSN nodes.
This paper proposes a trust-aware blockchain-assisted multi- agent deep reinforcement learning (MADRL) framework for secure and scalable routing in IoT-enabled Mobile Ad Hoc Networks (MANETs) under adversarial environments. The proposed framework integrates hierarchical blockchain- based trust management with distribut...
To address secure, low-latency broadcasting of high-value data in smart grids, this paper aims to propose secure and efficient broadcast framework based on IOTA (SEB-IOTA). It tackles three key bottlenecks: single points of failure in centralized architectures, poor real-time performance of conventional blockchain...
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