Figure 1 Cloud Computing (Co-location Independent Online Utility Provided On-Demand Computing) provides the ability to deliver computing services demanded on the internet to desktop computers, laptops, and mobile devices. In short, it provides services such as processing power and storage between provider applications over the web by bidding from a remote location [2-4]. At the same time, the availability of Industry 4.0 and Big Data has made it essential for the development of cloud computing technology [5,6]. The core elements of cloud computing are self-service on- demand, broad network access; shared resource pool; quickness and flexibility; measurable service [7]. Positioning models can be expressed as private cloud, community cloud, public cloud, and hybrid cloud (in Figure 1). Accepting that the data provided through information and communication technologies are independent and objective carries certain risks, as it means ignoring not only the limitations of technical expertise in making sense of the data but also the possible effects of the people involved in the processes of transmitting, processing and analyzing the data. The existence of restrictions on access and other transactions, whose data are determined by regulatory and supervisory units, also shows limitations regarding an order based on information and communication technologies [9,10]. The smart city, which indicates the management of the city through information systems, shows technocratic urban governance. In this sense, it runs the risk of preferring a “technocratic, managerial and entrepreneurial” state to a “citizen-state” at the expense of segments that lack