## 8 Conclusions  
The integration of Building Information Modeling (BIM) with cutting-edge technologies such as drones and the Global Positioning System (GPS) stands as a trans-formative paradigm in the construction industry. BIM's role as a digital representation powerhouse, capturing the intricate details of a structure, paves the way for enhanced collaboration among stakeholders. The three-dimensional model creates a hub for real-time data sharing, fostering improved communication and coordination. Drones, armed with high-resolution cameras and sensors, emerge as indispensable tools in the construction arsenal. Their ability to efficiently conduct surveying, mapping, and monitoring operations brings a wealth of accurate and up-to-date information to the BIM model. Drones become the eyes of the sky, capturing the evolving landscape and seamlessly integrating their findings into the broader construction framework. This study reveals that employing modern technologies like drones in construction project monitoring represents a significant step toward achieving smart and efficient construction. The results indicate that drones can greatly reduce the effort and time required for monitoring and management, by providing three-dimensional survey images and comparing them with BIM models, allowing project supervisors to track progress accurately and effectively. Additionally, such modern technologies can contribute to improving planning, report preparation, and cost determination, leading to smarter and more efficient management of construction projects. Therefore, the use of drones in construction project monitoring can be considered a significant step towards improving the construction industry and achieving development goals more rapidly and efficiently. Drones have various uses in enhancing security and safety, such as providing progress monitoring and analyzing ground safety. Drones can offer high-resolution images and inspect hard-to-reach areas to identify potential risks. Additionally, drones can be used for structural inspections, reducing the risk of worker injuries during manual inspections. They can detect defects or cracks in buildings before they develop into major issues. Drones also contribute to improving communication and data management by instantly and accurately transferring data between different project teams, enhancing communication, and aiding in quick and effective decision making. By utilizing drones in construction project management, safety and security can be enhanced, risks of accidents and delays can be reduced, and overall work efficiency can be improved, leading to cost savings. Ultimately, this integrated process becomes a linchpin for collaboration, enhancing data accuracy and overall project efficiency. The success and seamless execution of construction projects become achievable milestones through the amalgamation of BIM, drones, and GPS technology, marking a transformative shift in the construction landscape. Among the constraints imposed on the proposed approach, there is a need for a high degree of attention to assembling a set of applications before implementation, as well as cost and trust issues associated with reducing human involvement on construction sites and potential income and compatibility between its components (technical, administrative, or otherwise). It is also important to mention the fact that the construction sector, as discussed for this purpose, still has some relevant doubts about the possibility of applying digital technologies and making advanced AI-based decisions in activities where their usual work approach is highly organized and complex due to unexpected work environments, especially at work sites. We believe that attempting to obtain a digital twin for construction project management requires a lot of effort, particularly in terms of information and data security, to ensure secure data flow for obtaining the good benefits provided by digital twinning in the construction field as well as other areas. Conceptualization, T.S., E.C. and M.D.