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Orientador(es)
Resumo(s)
This article presents a modular architecture for developing the ZeroWaste mobile application, designed to optimize food management in the home environment and reduce food waste through collaborative and scalable features. Food waste is a global issue with severe environmental, economic, and social repercussions, and ZeroWaste seeks to address this challenge by promoting conscious and sustainable consumption practices. Developed in React Native to support multiple platforms, the application integrates Firebase for authentication, notifications, and real-time data storage, enabling timely alerts on product expiration and facilitating user control over food inventory. Additionally, it incorporates an artificial intelligence module that suggests personalized recipes based on available products, encouraging food usage before spoilage. The proposed architecture also includes an automated product registration system using barcode scanning, supporting the creation of a community database that streamlines food item identification. Other features, such as shared shopping lists and multi-residence inventory management, expand the collaborative scope of the application, fostering the exchange and donation of food between users. With its flexible and expandable design, ZeroWaste is oriented towards continuous development and future improvements, meeting the growing need for technological solutions in sustainable and collaborative food management. This architectural proposal provides a robust foundation for developing an innovative solution.
Descrição
Palavras-chave
Food waste Food management Community collaboration Sustainable consumption React Native Artificial intelligence
Contexto Educativo
Citação
Pereira, Hélder; Oliveira, Pedro Filipe; Matos, Paulo (2024). Architecture for Efficient food management and waste reduction. In 10th International Conference on Engineering and Emerging Technologies, ICEET 2024. ISSN 2409-2983. p. 1-6
Editora
IEEE