## 1 Introduction  
Confidence in the rapid development of the digital economy and the impact of available technologies are gradually increasing to many demands for the use of devices that can process large amounts of data, which should improve these businesses' performance [1]. The global business is currently driven by data [2]. In recent years, it has pointed to the trend of using big data widely in all spheres of life due to the digital economy's times [3]. In addition, another study confirms and states the importance of data in construction and building design [4]. The availability of information and communication technologies presupposes that extensive data will enable the creation of new paradigms for the management of construction projects and increase the efficiency of building design and construction activities [5]. The marketing approach has transformed from a product-centricconcept to a customer-centric concept [6]. The big data (BD) concept brings new possibilities for determining customer relationship management (CRM) strategies and supply chain management (SCM) in support and adaptation of sales, services and logistics to clients [7]. According to [8], big data has great potential to create value for architecture, engineering and construction. Big data is one of the revolutionary technologies. This process's result has a high rate of generating a large amount of disparate data that is analyzed to improve the process [9]. The big data issue is often researched to validate strategies that will give businesses a competitive advantage [10]. The use of information and communication technologies based on large amounts of data is a prerequisite for making the right decisions. Construction project management and building design and data are closely related. Timely delivery of material increases construction time [11]. Insufficient material management can lead to a 50% decrease in costs. Conversely, proper material delivery management can significantly reduce costs [12]. Sustainability in building design also means saving material, shortening construction time or reducing costs. From this point of view, a distinction is made between ecological and economic sustainability. Studies have also found that realistic cost and time estimates are among the 10 most important success factors in residential building projects [13]. The need to develop infrastructure projects where one of the proofs is economic sustainability was the subject of another study [14]. The delay in the construction project is a worldwide reality and all the countries faced this global fact. Construction project management and supply chain collaboration play a vital role in managing any project [15]. A few theoretical perspectives address the issue of big data in construction, such as a study focused on a comprehensive mapping of resources on the adoption of information technology, including the concept of big data [16]. The study of using the big data concept in investment estimation is an important process in the feasibility study phase of residential projects. In this study, the influence of BD on the costs of managing construction projects was pointed out [17]. Based on the study, there is an assumption that the construction project's success are decisive factors of cost and time. These factors are closely linked and, therefore, need to be constantly monitored [4]. According to several studies, supply chain management impacts the performance of construction projects and building design [1, 11, 18]. The claim from these studies is based on the perception of SCM and the big data concept as a technology that affects the performance of construction projects and companies. Studies addressing the benefits of exploiting show that time and cost are probably important benefits of using big data and SCM [4, 6, 19, 20, 21]. However, these studies did not quantify the effect on the selected parameters and did not quantify the strength of the dependence of the investigated quantities.