Produto Mínimo Viável (MVP) Para Uma Plataforma De Mobilidade Intermunicipal: O Caso Da Hoopi

Abstract

The organization of shared intercity travel still faces challenges related to the decentralization of information, communication between passengers and drivers, and the lack of dedicated tools for trip management. In this context, digital solutions can contribute to making this process more organized, secure, and accessible. This study aimed to develop the Minimum Viable Product (MVP) of the Hoopi platform, a web application designed to connect passengers and drivers involved in intercity travel. The research is characterized as applied research with a qualitative approach and was conducted through a case study focused on technological development. The development process included requirements elicitation, analysis of the mobility context, competitor analysis, application of the SWOT Matrix and the Business Model Canvas, interface prototyping using Figma, and MVP implementation using modern web development technologies. As a result, a functional MVP was developed, comprising modules for passengers and drivers with features such as user authentication, vehicle management, routes, trips, reservations, and user ratings, enabling the centralized management of intercity travel on a single platform. Furthermore, the MVP was presented in the Prototypes and MVPs track at the Cais Tech event, where it won first place in the Best MVP category, providing initial evidence of the solution's potential. It is concluded that the developed solution demonstrated technical feasibility and achieved the proposed objective, establishing a solid foundation for future platform improvements, including the expansion of functionalities and user evaluations in subsequent studies.