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Background: Transporting temperature-sensitive perishable catch across remote roads in West Lampung and TNBBS incurs high thermal degradation risks and fragmented logistics accounting. Objectives: To develop a Directed Acyclic Graph (DAG) ledger coupled with Edge-IoT telemetry and tokenized temperature credits for decentralized routing. Methods: Low-power Edge-IoT telemetry nodes measuring compressor duty cycles and GPS routing across 11 sub-districts of Pesisir Barat. Results: DAG transaction throughput achieves near-zero confirmation latency with cryptographic verification of thermal integrity, incentivizing local couriers through tokenized fuel-saving credits. Conclusion: The architecture bridges the technological divide in 3T archipelagic corridors through decentralized, tamper-proof cold-chain verification. Published in: Journal of Coastal Frontiers & Applied Development (JCFAD), Vol. 1 No. 1 (2026), pp. 1–12. Official publisher: PT CHAIN ASIA CONECT Research & Development Division.
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Ilham Pradani (2026) studied this question.
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