In the last two decades due to fast enhancing technology tools such as Radio frequency identification (RFID), which plays a crucial role in enhancing the ability of many firms to obtain a wide array of information about the site and features of any entity that can be physically tagged and wirelessly scanned within certain technical limitations. Furthermore, RFID technology can be adopted and implemented in a range of diverse functions, duties, and business-to-business systems (B2B) along the value chain, including services, intra-business logistics activities, as well as marketing and after-sales service applications. In total, 26 semi-structured interviews were involved in this study; several interviews were applied with senior, production, operations, facilitation, distribution, logistics, and warehouses managers, senior 3PLs provider managers, and supervisors and warehouses men from Alkasih and five 3PLs providers in Jordan country. Our forecast results for the third-party logistic providers' sample have shown an enormous growth that would reach 38.5% by 2030. Therefore, we have proposed RFID as a business process reengineering technique to mitigate the coming growth instead of expansion that would cost a huge amount of money due to land high costs. Moreover, we have noticed through our visits that the space utilization and warehouse capacity are very high and most of the warehouses are seeking expansion or employing additional operators to handle the current growth.

The adoption of technology in Indonesian construction is still developing at a slower pace than in other sectors, particularly in materials management. Among the automation technologies that can be developed for precast material management, is integrated RFID technology with the Internet of Things (IoT). This study therefore aims to analyze the correlation between factors influencing the implementation of integrated RFID technology with IoT for precast material management in Indonesia and to examine the development model of the integrated RFID technology system with IoT. The research methods include a questionnaire survey with PLS-SEM and the development of technology systems validated by experts. The results demonstrate that factors, such as resource availability, implementation cost, stakeholder involvement, implementation risk, and project conditions have a significant direct and indirect impact on the implementation of integrated RFID technology with IoT for precast material management. Among these factors, the implementation of risk factors has the most significant influence. Furthermore, the development of the integrated RFID technology system with IoT has proven to be beneficial, especially as an automation technology for data recording and visibility in precast material management.