Traceability of logistics electronic data based on mobile sensors and blockchain technology in the context of low-carbon energy
Qiyuan Wang, Wentao Fan · Results in Engineering · 2025
Nowadays, the overall market size of the logistics industry is constantly expanding. However, with the combination of logistics and digital technology, problems such as information opacity, asymmetry, and data tampering have emerged, which have had a negative impact on supply chain management and goods tracking. Therefore, based on mobile sensors and blockchain technology, this article designs a logistics electronic data traceability system. This article first studied the mobile sensor network model and the dispatch algorithms involved, thus proposing a hybrid form of wireless sensor network model. This article briefly discusses the classification of current time synchronization technologies and related research at home and abroad regarding the time synchronization problem in wireless mobile sensor networks, and points out the future development trend of this technology. Subsequently, this article also explores blockchain technology, which has advantages such as decentralization, transparency, immutability, and high security, and can effectively solve various problems in logistics information systems. Finally, this article combines mobile sensors and blockchain technology to develop a logistics electronic data traceability system. This system can not only improve the overall efficiency of the logistics system, but also ensure the overall transparency of data on this basis.