Purpose: This paper describes the process of creating a retail ordering application and aims to see how to achieve this through an IDE (integrated development environment) and back-end services for smart cities. The main goals are: allow a user to create an account, allow an admin user to edit or delete an order, create a database of products, test the application and replace the current ordering system, such as a desktop-based application, with a mobile-first approach. Design/methodology/approach: Based on the Scrum method, this paper tries to develop the retail ordering application that can be used on an iOS device, such as an iPhone. Before the application design, the issues related to the software design will be researched and justified. Findings: The proposed application has been created, and the objectives which were proposed have been met in terms of creating a user account and registering it with the database, using this to log in to the application, creating orders by taking the customer and product details and been able to view and edit these through another admin account for smart cities. Practical implications: For customers, the mobile-based ordering system makes their shopping experience more convenient and easier. For the business, the staff's work can be more efficient, and companies are able to reduce their expenses. For the new software developers, this work demonstrated the process of creating a retail ordering application from scratch. Originality/value: This work will be of great value to the customers, retail business as well as the new software developers. In order to establish sustainable cities and provide high-quality life to the citizens, the concept of “smart” has been widely used in urban construction. This paper contributes to the smart city area by creating a retail ordering application based on the iOS system.
|Number of pages||20|
|Journal||Library Hi Tech|
|Early online date||18 Dec 2020|
|Publication status||Published - 22 Nov 2022|
Bibliographical noteFunding Information:
This paper forms part of a special section “Technological Advancement and Pioneering Methods for Smart Cities – Recent Advances and Future Trends”, guest edited by Victor Chang and Mohamed Abdel-Basset. This research is partly supported by VC Research (VCR 0000111). Artificial Intelligence and Information Systems Research Group, School of Computing and Digital Technologies, Teesside University, Middlesbrough, UK.
This research is partly supported by VC Research (VCR 0000111).
- IOS-Based ordering systems
- IOS-Based ordering systems for smart cities
- Scrum method
- Smart cities
- Smart system development
- Software development and design