Implementación de un sistema telemático en Azure que permita ofrecer una solución en realidad aumentada en el aprendizaje y estudio del movimiento de la tierra

Abstract

This project aims to enhance an augmented reality (AR) application focused on teaching Earth's movement through interactive simulations. The current application faces challenges such as service availability, graphic data management, and user privacy protection. To address these issues, the integration with Microsoft Azure is proposed, leveraging its cloud services to improve performance and functionality. Azure will provide high availability through server redundancy and disaster recovery plans, along with auto-scaling capabilities to support high user and data loads. Advanced authentication and authorization mechanisms will be implemented using Azure PlayFab to secure user data and manage access. The application will feature interactive educational experiences with 3D models and natural disaster simulations. The proposed architecture includes Azure services for content hosting, API management, data processing, and user security. Deployment and maintenance will be streamlined using Azure Pipelines, GitHub Actions, and Azure Monitor, ensuring agile updates and consistent performance.