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SummarySmart cities and environments are defined as “a public-private ecosystem that provides services to citizens and their organizations with strong support from technology, and looks at the social and economic impact on society.” Life by adapting the existing ecosystems as well as linking them with the information network to reuse where smart cities represent information to create a creative creative environment that contributes to the development of sustainable and smart environments. The connecting factor between multiple disciplines, constantly shaped by advances in technology and urban development. Smart cities have also been defined as social entities that focus on human interaction and support their activities through technology.We conclude from this that practical solutions that allow us to easily connect smart devices and data and connect them through the Internet of Things, contribute effectively to creating smart environments and cities that support human development in all its fields and contribute to shaping its newly developed smart environments that contribute, maintain and support the principles of sustainability through Supporting renewable energy systems as well as the ability to monitor and control their consumption and provide their resources.

The word "historical realm" refers to culture and identity. Which must be protected, but monuments, in particular, are subject to numerous types of deterioration. Traditional restoration techniques, on the other hand, do not show significant results or continue for long periods of time. The lack of smart approaches in managing projects in Egypt's valuable historical realm, especially the restoration of the Saqqara pyramids and the Karnak temple, is a liability issue. Meanwhile according to the literature review, nanomaterials and smart systems can help to avoid deterioration and share efficiently in restoration applications. So, the paper aims to look for novel aspects to manage historical monument restoration projects. The paper is based on two methodologies: First is a measurable one that reflects the key technical aspects that can be used to restore Egyptian monuments efficiently. Second, an empirical deductive approach to ensure the effectiveness of modern technical materials and their neutral impact on the material's authenticity. Finally, the paper concludes that; nanomaterials have great benefits that can really help in solving many of the problems that current techniques face in terms of enhancing the protection and restoration of damaged stones. Smart systems also have a noticeable impact on the restoration process, as enhancing the quality of all phases of the process and assist in the improvement of monumental preservation performance. this result will help to establish approaches to manage the restoration of the historical realm.

Many contemporary economic and social drivers have enabled the introduction of sensor network technologies, computing and communication systems in urban infrastructure and contemporary housing projects with the aim of achieving integration between infrastructure management. As a result, the current study deals with a topic that has not been dealt with through previous studies, theses and theses in an accurate and required manner. Therefore, the aim of the research was to clarify the role of smart systems in achieving integrated management by building a comprehensive theoretical framework to be a research problem (the need for a comprehensive theoretical framework on the role of smart systems in achieving integrated management of infrastructure infrastructure related to housing projects). This goal is achieved by adopting a descriptive analytical approach that includes several stages, the first of which is the analysis of multiple studies and the extraction of the main vocabulary represented in (the basic elements of infrastructure intelligence, planning, design, monitoring and observation of Smart infrastructure). Second, applying these vocabulary to a number of global projects, then discussing the results of the practical study, and presented final conclusions , to be a knowledge base that can be used and applied to future projects.