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- Title
Enriching Security at Seaport Logistics Data using Blockchain.
- Authors
Thakar, Shital; Sangve, Sunil
- Abstract
The maritime industry is essential to international commerce, and significant efforts have been made over the past few decades to make it as easily accessible and unrestricted as possible. This has allowed for economic growth and global trade to continue to grow. However, the same elements that have benefited socioeconomic development from maritime commerce also make it an appealing target for terrorist groups. Bulk products and container ships equally face a variety of dangers. One of the possible flaws is structural inadequacies in the portability of cargo and watercraft. Other severe problems include document falsification and unlawful support of terrorist groups. The risks are quite high since a significant interruption to the sea transportation system may have a catastrophic impact on the world economy. Because of this, it is necessary to assess the safety and confidentiality of the goods being delivered by ship. Arguably the most efficient method for ensuring tamper-free cargo transfers across ships is the blockchain paradigm. With the introduction of the Interplanetary File System at the consignor, the blockchain formation at the cargo truck operator, and ultimately the terminal key verification when the cargo arrives at the consignee's location, this research allows efficient block initialization at the ships end. In the next portions of this study, the strategy is further evaluated, and the results are corroborated.
- Subjects
HARBORS; BLOCKCHAINS; TERRORIST organizations; FREIGHT &; freightage; INTERNATIONAL trade; CONTAINER ships
- Publication
Grenze International Journal of Engineering & Technology (GIJET), 2024, Vol 10, p1386
- ISSN
2395-5287
- Publication type
Article