By embracing Internet-of-Things (IoT) technologies, shipping can be literally transformed, offering value-added services to its customers. Many research efforts have begun with the belief that a normal container can be transformed into a “smart” one, by placing devices and interconnected sensors that collect and transmit data in real time. The “smart” containers help to record important information, such as the location of containers, temperature and humidity fluctuations, vibration detection, door opening / closing status and any unusual activity that requires immediate action by those in charge.
A key element in the optimization and evaluation of the overall performance of the Supply Chain Management (SCM) process is the visibility of the product (Container) throughout the journey, until the last mile delivery to the customer (Circular Supply Chain Management systems are also part of future applicability). Port-related supply chain disruptions cannot be eliminated entirely, but with new capabilities enabled by Internet of Things (IoT), predictive analytics and machine learning, those risks can be significantly reduced.
The main Concept of the IoC platform is based on creating a resilience framework by achieving Intelligent Visibility not only within the boundaries of the Port Facilities but also from the POL of the C/T to the POD at the C/T terminal in Thessaloniki.
With the development of the proposed IoC platform, the research team of the International Hellenic University and ThPAS.A. expect that the organization will provide value-added services to its clients, strengthening the position of the Port in the Greek and global market.