Keywords
Characteristic agricultural products
Traceability system
Data immutability
Market trust
Submitted : 2024-05-21
Accepted : 2024-06-05
Published : 2024-06-20
Abstract
With the increasingly prominent problem of food safety, the quality traceability of characteristic agricultural products has become a pressing issue. This study focuses on the application of blockchain technology in the traceability of characteristic agricultural products, aiming to explore its potential and practical value in improving the efficiency and transparency of the traceability system of agricultural products. Through the combination of case analysis and model construction, a blockchain-based traceability system for characteristic agricultural products was established. The results showed that the traceability system could effectively record the whole process information of agricultural products from production and processing to sales, and greatly improve the immutability and traceability of data. Lastly, this paper also points out that the use of blockchain technology can improve the market trust in characteristic agricultural products, provide consumers with authentic and reliable product information, and provide new technical means for the quality management of agricultural products.
References
Liu Q, Xia C, 2019, Construction of Agricultural Product Quality Traceability System Based on Blockchain Technology. High Technology Communication, 29(03): 240–248.
Wang D, Wang C, 2023, Traceability System Based on Blockchain Technology Helps Agricultural Products Achieve “True” Green. Industrial Innovation Research, 2023(18):79-81.
Cao H, 2019, Construction Research and Application of Crawfish Traceability Technology System Based on Blockchain, dissertation, Hunan Agricultural University.
Liu F, Shi Y, Sun M, et al., 2019, Research on Data Security of Agricultural Product Traceability System Based on Blockchain. Computer Knowledge and Technology, 15(32): 66–68.
Li X, 2019, Research on Traceability System of Ecological Forest Fruit Products Based on Blockchain, Anhui Agricultural University.
Fu H, Zhao C, Cheng C, 2019, Blockchain Embedding, Constraint Breaking and Governance of Agricultural Industry Chain. Issues in Agricultural Economics, 2019(12): 108–117.
Zhao Q, Cao Y, Cao Y, et al., 2023, Application and Research Progress of Internet + Blockchain Technology in Food Safety Traceability System. Science and Technology of Food Industry, 44(06): 24–32.
Yu D, Application of Blockchain Technology in the Field of Food Traceability. Guide to Food Safety, 2022(04): 167–170.
Shi L, 2020, Research on Supply Chain Traceability System of Fruit and Vegetable Agricultural Products Based on Blockchain + Internet of Things, dissertation, Shandong Agricultural University, Taian.
Yang X, 2020, Blockchain Agricultural Product Traceability System Based on Credit Information, dissertation, Shijiazhuang Railway University.
Zhai H, 2020. Application of Blockchain Technology in the Traceability of Agricultural Product Safety Information. Internet of Things Technology, 2020(01): 90–92.
Zhou X, 2020, Research on Food Information Traceability Based on Blockchain, dissertation, Chongqing University of Posts and Telecommunications.
Yu L, Zhang G, Jia J, et al., 2017, Modern Agricultural Products Supply Chain Based on Blockchain Technology. Transactions of the Chinese Society for Agricultural Machinery, 48(S1): 387–393
Li C, 2021, Construction of Traceability System of Agricultural Products Based on Blockchain Technology. Countermeasures and Suggestions, 2021(12): 117–118.
Zhang X, Huang Z, Zhao J, et al., 2021, Application of Multi-Chain Traceability of Agricultural Products Based on Blockchain. Journal of Chongqing University of Technology: Natural Science Edition, 35(1): 172–179.
Yuan Y, Wang F, 2016, Development Status and Prospect of Blockchain Technology. Acta Automatica Sinica, 42(4): 481–494.
Yamashita K, Nomura Y, Zhou E, et al., 2019, Potential Risks of Hyperledger Fabric Smart Contracts. 2019 IEEE International Workshop on Blockchain Oriented Software Engineering (IWBOSE), 1–10.