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August 24, 2026Distributed Ledger Technologies Research and Practice

Decentralised and Dynamic Reputation Management Model For Smart Mobility Using A Smart Contract

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Authors

TTTin TironsakkulPSPradip Kumar Sharma

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Overview

Simulation study demonstrates robust decentralized reputation management in connected vehicle networks, highlighting secure real-time protection against malicious broadcast attacks.

Key Points

  • To develop and evaluate a decentralized, dynamic reputation computation model using consortium blockchain and multi-signature smart contracts to secure inter-vehicle communication in smart mobility networks.
  • Designed a framework utilizing a consortium blockchain and multi-signature smart contracts to manage vehicle registration, event reporting, feedback voting, reputation evaluation, and malicious node revocation.
  • Conducted security and performance assessments against various threat models, including data tampering, bad-mouthing, collusion, on-off, and self-promotion attacks.
  • Demonstrated resilience against multiple manipulation vectors, including message forging, vote duplication, bad-mouthing, time-dependent, and collusion attacks.
  • Achieved smart contract execution times of one millisecond or less, establishing computational feasibility for real-time smart mobility applications.

Cite This Study

Tironsakkul et al. (2026) studied this question.

synapsesocial.com/papers/6a8c0086bca056c88e6df58bhttps://doi.org/10.1145/3842748
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