Ingeniería Telemática
URI permanente para esta colecciónhttp://hdl.handle.net/11349/2085
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Ítem Prototipo web de notificación sobre siniestros viales por baches en Bogotá(Universidad Distrital Francisco José de Caldas) Campos Castro, Jhoan Sebastian; Vega Martínez, Richard Fernando; Zabala Alvarez, Jhon Fredy; Zabala Alvarez, Jhon Fredy [0000-0001-7795-6471]The inefficiency in reporting systems and maintenance of Bogotá's road infrastructure has significantly eroded citizens' trust in responsible institutions. Despite improvement efforts, persistent issues; including lack of transparency in management, delayed repairs, and absence of accessible technologies for reporting road failures (e.g., cracks, missing manhole covers, or degraded pavements, have fueled social discontent. This problem not only reflects poor public resource management but also directly impacts road safety, increasing accident risks, particularly during rainy seasons. Furthermore, the absence of effective digital tools for civic participation highlights institutional disinterest in promoting social co-responsibility for public space maintenance, exacerbating perceptions of neglect and diminishing citizens' quality of life. This project develops a web-based prototype for reporting, managing, and monitoring pothole-related traffic incidents in Bogotá, aiming to enhance civic participation and transparency in infrastructure maintenance. The prototype features an interactive and accessible interface that simplifies road condition reporting and accident documentation while generating quantitative metrics to evaluate repair efficiency by authorities. Technically, the solution employs a client-server architecture, deployed as a cloud-based PaaS (Platform as a Service) via PythonAnywhere. Leveraging AWS's underlying infrastructure, it utilizes EC2 instances for scalable processing and a Python-specialized development environment for optimized HTTPS request handling and computational resource management for data modeling. This approach ensures high availability, demand-based auto-scaling, and an abstraction layer that simplifies system maintenance. Results demonstrate the value of digital tools for Bogotá citizens in managing, reporting, and tracking pothole-related accidents. The platform provides a reliable technological environment that ensures traceability and transparent access to road condition data. Through georeferencing systems and real-time monitoring, the prototype enables territorial mapping of potholes, helping authorities prioritize urgent interventions while fostering civic co-responsibility in preventive infrastructure maintenance.Ítem Sistema web educativo e interactivo para la enseñanza de inteligencia artificial generativa a estudiantes de la Universidad Distrital(Universidad Distrital Francisco José de Caldas) Muñoz Baron Sergio Esteban; Vargas Buitrago Johan Sebastian; Ismael Antonio, Ardila SanchezThis thesis aims to design and implement an educational and interactive website to teach generative artificial intelligence to students at Universidad Distrital. The platform will include interactive modules that allow students to work with generative AI models such as GPT and GAN, as well as tools for photo recovery, audio cleaning, and GPT vision. The development of this platform addresses the need for practical and accessible educational resources that facilitate the understanding of advanced artificial intelligence concepts. Using an agile methodology like Scrum, the project will be managed to ensure efficiency and quality at every stage of development. This educational tool is expected to not only enhance the learning experience of students but also significantly contribute to their education in the field of artificial intelligence, better preparing them for the challenges and opportunities of the professional world.Ítem Sistema de gestión para el cargue de proyectos y anteproyectos culminados(Universidad Distrital Francisco Jose de Caldas) Díaz Silva, Laura Rocio; Arguello Acosta, Julián David; Wanumen Silva, Luis Felipe; Wanumen Silva Luis Felipe [0000-0002-8877-5681]This thesis presents the development of a web-based management system designed to support the upload, review, and follow-up of completed undergraduate projects and proposals at Universidad Distrital Francisco José de Caldas. The current process is mostly manual and relies on multiple communication channels, which often leads to information loss, delays in feedback, and inefficiencies in academic tracking. The proposed system allows students to register their project, upload document versions, and receive comments and evaluations from tutors and jurors. It also provides modules for supervisors to manage users and monitor the overall process. The platform includes features such as notifications, grading, document version control, and direct communication tools. The development followed agile methodologies, particularly SCRUM, and was implemented using modern web technologies. The solution aims to improve academic process efficiency, increase traceability, and enhance the user experience for all stakeholders involved in the graduation project workflow.Ítem Sistema unificado de gestión de reportes helpdesk, recursos humanos y soluciones tecnológicas para PYMES(Universidad Distrital Francisco José de Caldas) Bonilla Acosta, Juan Felipe; Caballero Espinel, Alejandro; Paternina Duran, Jesus ManuelIn an increasingly dynamic and competitive business environment, web applications have established themselves as key tools for optimizing processes and ensuring customer satisfaction. This phenomenon encompasses organizations of all sizes, including Small and Medium Enterprises (SMEs), which face the challenge of adapting to market demands without incurring the high costs associated with incident management and administration systems. With this need in mind, the development of a web service designed to provide SMEs with an economical, accessible and functional solution that allows them to effectively manage their internal processes. To address this issue, a web service was designed and built under a client-server architecture using REST, which guarantees its accessibility from any device with an Internet connection and a web browser. This technological choice not only facilitates its implementation, but also ensures compatibility with a wide range of devices, eliminating entry barriers and promoting greater user adoption.Ítem Evaluación e Implementación de GLPI como Solución para la Gestión de Activos de TI en las Áreas de OATI y Red de Datos de la Universidad Distrital Francisco José de Caldas(Universidad Distrital Francisco José de Caldas) Guzman Arenas, Nicolas; Daza Corredor, Alejandro Paolo; Daza Corredor Alejandro Paolo [0000-0002-3089-1233]Information Technology (IT) asset management at Francisco José de Caldas District University faced critical challenges in security and reliability due to its reliance on manual methods and spreadsheets, resulting in data inconsistencies, vulnerabilities, and poor traceability. The main objective of this project was to comprehensively optimize the asset management process through the advanced implementation of GLPI (Gestionnaire Libre de Parc Informatique), a free software solution, specifically in the areas of OATI and Data Network. The methodology included a detailed diagnosis of the environment, followed by an implementation plan in a controlled environment. The execution phases covered the installation and configuration of GLPI on a Docker server (Linux/Ubuntu), the vital integration of the GLPI Agent for the automation of hardware and software inventory, the use of the DataInjection plugin for the migration and mass loading of historical inventories, and the crucial linking with LDAP (Active Directory) and OAuth2 to ensure centralized, robust, and secure user authentication. As a result of this intervention, the University moved from a reactive model to an automated and centralized one, reducing operational errors and asset registration times by more than 80% and establishing an asset management platform with a verified accuracy of 98%, laying the foundation for more efficient, secure, and scalable technology management in the future.Ítem Implementación de una red segmentada mediante vlans para optimizar seguridad y rendimiento en prosear LTDA(Universidad Distrital Francisco José de Caldas) Sandoval Vaquiro, Edwin; Peña Riaño, Rogger Steven; Leguizamon Paez, Miguel Angel; Leguizamon Paez Miguel Angel [0000-0003-0457-0126]This internship was carried out at PROSEAR LTDA, a company based in Bogotá dedicated to lease insurance. Within this context, the need to strengthen the organization’s technological infrastructure became evident in order to ensure a safer, more efficient, and scalable network environment. The experience was framed within a continuous improvement process in information management, responding to the operational and security challenges currently faced by companies in the financial sector. During the initial assessment, several deficiencies in access management within the internal network were identified, such as indiscriminate access to shared resources by all users, without clear distinctions by roles or departments. This situation generated significant risks regarding the exposure of sensitive information and negatively affected network performance due to data traffic congestion and the absence of a logical architecture that would enable scalability. In an environment where data protection is a top priority, these shortcomings represented a serious threat to the company’s operational reliability. The proposed solution consisted of the design and implementation of a segmented network using VLANs (Virtual Local Area Networks) as a mechanism to establish logical boundaries between the company’s functional areas. Through this segmentation, it was possible to enforce stricter and more specific access policies, optimize network resource management, and significantly enhance overall system performance. The implementation was carried out in a structured manner, following a progressive approach tailored to the organization’s real needs. As a result, greater efficiency in traffic distribution was achieved, critical information exposure was reduced, and the security posture of PROSEAR LTDA was strengthened. Network segmentation also laid the foundation for future processes of technological integration and digitalization, aligned with the company’s growth and digital transformation objectives. In conclusion, this project not only addressed a concrete need but also represented a strategic advancement in the management of secure networks within the insurance sector.Ítem Sistema de visualización científica de datos para el monitoreo de resultados de aprendizaje de los proyectos curriculares Tecnología en Sistematización de Datos e Ingeniería Telemática(Universidad Distrital Francisco José de Caldas) Casas Maldonado, Andrés Felipe; León Cuervo, Alison Camila; Wanumen Silva, Luis Felipe; Wanumen Silva Luis Felipe [0000-0002-8877-5681]The Universidad Distrital Francisco José de Caldas, through its Data Systematization Technology and Telematics Engineering programs, currently lacks a visualization system that allows users to easily consult and understand the learning outcomes for each semester and course. Instead, it relies on an Excel file that stores all the information about the learning outcomes in a large matrix, which is difficult to query and interpret due to its extensive and complex format. This document presents the development of a more convenient and secure way to visualize learning outcomes through the implementation of a TypeScript-based solution aimed at improving the data structure within the matrix. The information is reorganized into a tabular format, making it suitable for use as a data source in Power BI, where exploratory analysis can be performed using Power Query and its features, and descriptive analysis can be conducted with Power BI, revealing data patterns and graphically representing the information to facilitate interpretation. Beyond the technical component, this project also seeks to promote the effective use of the university’s cloud tools by proposing solution architectures that generate a tangible organizational impact: improving the traceability of learning outcomes, reducing errors in data consolidation, and strengthening evidence-based decision-making.Ítem Prototipo de un sistema distribuido de transmisión y gestión de datos para la supervisión de agricultura inteligente(Universidad Distrital Francisco José de Caldas) Ávila Ávila, Rubén Marcelo; Castro Moreno, Cristian Javier; Paéz Leguizamón, Miguel Ángel; Paéz Leguizamón Miguel Ángel [0000-0003-0457-0126]This paper details the implementation of a prototype distributed data transmission and management system for smart agriculture monitoring in a potato crop in Macheta-Cundinamarca, which is specifically designed to measure and manage environmental and nutritional variables of the selected crop, based on IoT architecture, specifically designed to optimize potato cultivation (Solanum Tuberosum, variety R12). The system seeks to maximize productivity through real-time monitoring of key variables such as ambient temperature, humidity, soil moisture, and nutrient levels (NPK), using a LEAN approach that prioritizes resource efficiency and continuous improvement. The architecture uses Wi-Fi communication to connect sensors distributed throughout the crop to a central gateway, enabling long-distance data transmission with low energy consumption. The data is sent using the MQTT protocol, stored in a database (MongoDB), and displayed on a dashboard accessible from mobile devices, facilitating decision-making.Ítem Geolocalización 2.0: optimización de la experiencia de navegación en la facultad tecnológica de La Universidad Distrital Francisco José De Caldas(Universidad Distrital Francisco José de Caldas) Tunjo Serna, Guillermo Andres; Guerrero Callejas, Nicolas; Ardila Sanchez, Ismael AntonioThis thesis proposes the design and development of a new version of a mobile application that integrates augmented reality (AR) and geolocation to enhance wayfinding, location, and the interactive experience of the university community within the Faculty of Technology. The solution provides contextual information and points of interest overlaid onto the real environment, with stable anchoring of digital objects and visually guided efficient navigation. The proposal responds to insufficient signage, frequent infrastructure changes, and underutilization of available technological capabilities, which hinder the daily mobility of students, faculty, and visitors especially newcomers. The project also addresses issues of accuracy, high latency, system immaturity, limited extensibility, and limited user appeal based on the initial application, presenting an opportunity to modernize and better leverage the existing technological infrastructure. Methodologically, the study adopts an exploratory, descriptive, and explanatory approach, supported by data collection through observation and surveys to evaluate usability, the accuracy of digital overlays, and performance on iOS and Android. Development will be managed using Scrum, integrated with the software development life cycle emphasizing incremental deliveries and continuous improvement. Technologically, the project will employ Unity, AR technologies, and geolocation services, with spatial mapping and motion-tracking techniques supported by artificial intelligence. The tool is expected to reduce the time required to locate spaces and lay the groundwork for future integrations with similar university services, contributing to innovation efficient resource use, and a more intuitive and modern campus experience.Ítem Gestión integral de tecnologías de la información y las comunicaciones en la empresa Tecnimaquinados S.A.S(Universidad Distrital Francisco José De Caldas) Agudelo Cabrera, Juan Carlos; Leguizamón Páez, Miguel Angel; Leguizamón Páez Miguel Angel [0000-0003-0457-0126]This project describes the work carried out as part of an internship for the company Tecnimaquinados S.A.S. During this period, I contributed to solving significant technological problems, such as the renewal of the website, making it more modern and interactive, which improved the company's online presence. Additionally, I implemented a digital learning tool for staff training, enhancing their technological skills. I also developed a comprehensive analysis of the hardware and software infrastructure, identifying weaknesses and proposing security improvements. As a result, a document with recommendations and a preventive maintenance schedule was created to ensure optimal technological performance. These actions not only prevented interruptions and data loss but also ensured compliance with regulations, improving the stability of technological processes and preparing the company for future challenges. Key concepts: E-commerce platform PrestaShop version 1.7, E-learning platform Moodle version 3.1, Cloud synchronization software Google Drive, Policies, procedures, and controls over the technological infrastructureÍtem Prototipo web de notificación sobre siniestros viales por baches en Bogotá(Universidad Distrital Francisco José de Caldas) Campos Castro, Jhoan Sebastian; Vega Martínez, Richard Fernando; Zabala Alvarez, Jhon Fredy; Zabala Alvarez Jhon Fredy [0000-0001-7795-6471]The inefficiency in reporting systems and maintenance of Bogotá's road infrastructure has significantly eroded citizens' trust in responsible institutions. Despite improvement efforts, persistent issues; including lack of transparency in management, delayed repairs, and absence of accessible technologies for reporting road failures (e.g., cracks, missing manhole covers, or degraded pavements, have fueled social discontent. This problem not only reflects poor public resource management but also directly impacts road safety, increasing accident risks, particularly during rainy seasons. Furthermore, the absence of effective digital tools for civic participation highlights institutional disinterest in promoting social co-responsibility for public space maintenance, exacerbating perceptions of neglect and diminishing citizens' quality of life. This project develops a web-based prototype for reporting, managing, and monitoring pothole-related traffic incidents in Bogotá, aiming to enhance civic participation and transparency in infrastructure maintenance. The prototype features an interactive and accessible interface that simplifies road condition reporting and accident documentation while generating quantitative metrics to evaluate repair efficiency by authorities. Technically, the solution employs a client-server architecture, deployed as a cloud-based PaaS (Platform as a Service) via PythonAnywhere. Leveraging AWS's underlying infrastructure, it utilizes EC2 instances for scalable processing and a Python-specialized development environment for optimized HTTPS request handling and computational resource management for data modeling. This approach ensures high availability, demand-based auto-scaling, and an abstraction layer that simplifies system maintenance. Results demonstrate the value of digital tools for Bogotá citizens in managing, reporting, and tracking pothole-related accidents. The platform provides a reliable technological environment that ensures traceability and transparent access to road condition data. Through georeferencing systems and real-time monitoring, the prototype enables territorial mapping of potholes, helping authorities prioritize urgent interventions while fostering civic co-responsibility in preventive infrastructure maintenance.Ítem Sistema descentralizado para la gestión de los horarios académicos utilizando la tecnología blockchain en la Facultad Tecnológica de la Universidad Distrital(Universidad Distrital Francisco José de Caldas) Martin Niño, Nicolás Felipe; Paternina Duran, Jesús ManuelThe objective of the research is to develop a system for the management of university academic schedules using blockchain technology. Methodologically it is an applied research, the Scrum methodology for software development will be used, which is based on 5 phases: Sprint Planning, Scrum Team Meeting, Backlog Refinement, Sprint Review and Sprint Retrospective. As a result, the system will be able to generate academic schedules, manage physical spaces, and assign teachers to possible spaces. All this in favor of streamlining academic processes and benefiting both teachers and students in the process in general. It is concluded that it was necessary to design four smart contracts: students, teachers, classrooms and schedules. It is recommended to periodically update the access control mechanisms to the academic schedules management platform, in order to guarantee that only authorized users can have access to modify the information related to the distribution of teachers' and students' schedules.Ítem Sistema web para la visualización de información sobre pérdidas de asignaturas en los Proyectos Curriculares de Tecnología en Sistematización de Datos e Ingeniería en Telemática(Universidad Distrital Francisco José de Caldas) Simus Barrios, Mario Alejandro; Pacheco Pérez , Luis Modesto; Wanumen Silva, Luis Felipe; Wanumen Silva, Luis Felipe [0000-0002-8877-5681]This project presents a web-based system designed for the visualization and analysis of academic data related to course failure rates within the undergraduate programs of Data Systematization Technology and Telematics Engineering at Universidad Distrital Francisco José de Caldas. The proposed solution automates the upload, validation, cleaning, and processing of data exported from the institutional academic management system, ensuring data integrity and consistency. The platform was developed using PHP, MySQL, HTML5, CSS3, and JavaScript, enhanced with Bootstrap for the interface and a secure authentication module. It provides dynamic queries, statistical reports, and interactive graphical visualizations to identify academic loss patterns and support data-driven decision-making. The results demonstrate significant improvements in data analysis efficiency and information accessibility, contributing to stronger academic management and institutional planning.Ítem Prototipo de sistema de alarma para detección de gases en espacios cerrados con notificación móvil utilizando Arduino(Universidad Distrital Francisco José de Caldas) Duque Guevara, Javier Esteban; Sánchez Monroy, Manuel Rodrigo; Leguizamón Páez, Miguel Ángel; Leguizamón Páez, Miguel Ángel [0000-0003-0457-0126]This paper describes the development of a prototype alarm system for the detection of carbon dioxide (CO₂) in enclosed spaces, using an Arduino platform and low-cost sensors. The system includes local alerts via visual and audible signals, as well as the ability to send remote notifications via SMS messages using the A7670SA module, compatible with 4G LTE mobile networks. This prototype seeks to provide an efficient and affordable solution for monitoring air quality in indoor environments, thus contributing to the prevention of risks to human health caused by prolonged exposure to polluting gases. The project was developed under the agile Scrum methodology and validated through functional testing in a controlled environment.Ítem Sistema web para la alineación entre resultados específicos y espacios académicos con objetivos del programa(Universidad Distrital Francisco José de Caldas) Gutiérrez Giraldo, Williams Alexander; Rodríguez Góngora, Diego Hernando; Wanumen Silva, Luis Felipe; Wanumen Silva, Luis Felipe [0000-0002-8877-5681]A software system was developed and implemented for the visualization of knowledge categories and the management of specific results associated with academic spaces, using the institutional technology stack composed of PHP 7.0, XAMPP, MySQL, and Git/GitHub. The information used came from official university sources, duly validated and updated with the academic advisor, ensuring the relevance and reliability of the data. The system incorporates report generation capabilities with download options in PDF, Excel, and CSV formats, integrating custom filters that facilitate the search and analysis of information. This feature seeks to optimize the time and resources of the coordination staff, enabling a more efficient response to institutional and Ministry of Education requirements, especially those related to the alignment between specific results and curricular objectives. Likewise, version control was implemented in GitHub using the GitFlow methodology, which includes three main branches (develop, stage, and master). This approach guarantees the traceability of changes, the organization of the workflow, and the sustainability of the project over time. Regarding data management, a MySQL relational database was designed consisting of three main tables: subject, subject_specific_result, and specific_subject_result. The corresponding relationships were established, and validation tests were performed, ensuring compliance with ACID (Atomicity, Consistency, Isolation, and Durability) principles. As a result, it is concluded that the implemented data structure guarantees the integrity and reliability of the information processed by the system.Ítem Automatización del aprovisionamiento de infraestructura para lagos de datos (Data Lakes) en la nube de AWS para organizaciones data driven(Universidad Distrital Francisco José de Caldas) Rodríguez Serrato , Julián David; Quiñonez Zapata, Martín Camilo; Leguizamón Páez, Miguel Ángel; Leguizamón Páez, Miguel Ángel [0000-0003-0457-0126]This project proposes the design and implementation of a comprehensive framework that automates the creation and management of a data lake on Amazon Web Services (AWS). The initiative arises from the difficulties organizations face in manually deploying secure, scalable, and consistent data infrastructures. By using Infrastructure as Code (IaC) with Terraform, CI/CD pipelines with Jenkins and GitHub, and serverless architectures based on AWS Lambda and Step Functions, a fully automated environment is achieved that reduces errors, provisioning times, and operating costs. The architecture follows the Medallion model (Landing, Bronze, Silver, and Gold), ensuring a controlled data flow from ingestion to final analysis, integrating services such as S3, Glue, Athena, IAM, CloudTrail, and DataZone. Furthermore, the project applies DevOps and DataOps principles along with the Scrum methodology, enabling iterative implementation, continuous validation, and agile adaptation to requirements. The result is a modular, reproducible, and secure infrastructure that demonstrates how automation accelerates digital transformation and consolidate the way for a data-driven organizational culture.Ítem Sistema de gestion y asignacion de resultados de aprendizaje segun categorias de conocimiento(Universidad Distrital Francisco José de Caldas) Castillo Gonzalez, Andres Camilo; Morales Diaz, Luis Fernando; Luis Felipe, Wanumen Silva; Luis Felipe Wanumen Silva [0000-0002-8877-5681]The purpose of the project Learning Outcomes Management and Assignment System by Knowledge Category for the curricular program Technology in Data Systematization and Telematics Engineering at Universidad Francisco José de Caldas is to optimize the administration and access to curricular information, in compliance with the guidelines of Decree 1330 of 2019, Agreement 02 of 2020, and Resolution 21795 of 2020 of the Ministry of National Education. Through a digital platform, it aims to replace manual management in Excel files with a centralized system that facilitates the recording, updating, and consultation of learning outcomes, thereby strengthening the processes of qualified registration and high-quality accreditation. Functionalities will be implemented to organize curricular data, manage learning outcomes, and monitor formative progress through the reporting module, with the objective of improving decision-making, process efficiency, and educational quality in this program, while also supporting other curricular projects if required. Keywords: Higher education, Learning outcomes, Qualified registration, Accreditation, Academic management, Digital system.Ítem Diseño e implementación de un sistema de gestión y monitoreo de recursos universitarios en la nube utilizando AWS(Universidad Distrital Francisco Jose de Caldas) Martínez Sánchez, Paola Andrea; Vargas Enciso , Juan Diego; Mosquera Palacios, Darin JairoEfficient management of technological resources in educational institutions is essential to ensure the proper development of administrative and academic processes. At the Technological Campus of the Universidad Distrital Francisco José de Caldas, the absence of a centralized system has led to inefficiencies, inventory errors, and difficulties in tracking and maintaining technological assets. To modernize and optimize these processes, a cloud-based system was designed and implemented using AWS, GLPI, and Webmin, following the agile Scrum methodology. This system automates asset management, enables real-time monitoring, strengthens information security, and improves data traceability, facilitating the management of equipment, software licenses, and other critical resources. In addition, it allows the generation of customized reports and provides controlled access based on specific roles and permissions, ensuring more efficient management aligned with the needs of the university community.Ítem Sistema de microservicios en nube y aplicación móvil para la gestión de rutas escolares “al colegio en bici" inforouteapp(Universidad Distrital Francisco José de Caldas) Gil Sanchez, William Andres; Caro Arevalo, Nicolas Esteban; Pinzón Nuñez, Sonia Alexandra; Pinzón Nuñez Sonia Alexandra [0000-0003-0746-0598]The project "Cloud-based Microservices System and Mobile Application for School Route Management of 'Al Colegio en Bici' - InfoRouteBike" aims to enhance efficiency and the user experience in managing school routes. Through a cloud-based microservices backend and a mobile application adaptable to Android devices, guides, students, and parents will have access to real-time information about routes, view the location of assigned school transportation, and report events and incidents during the trips. Functionalities such as guide registration and management, points of encounter definition, and route configuration will be implemented to streamline coordination and communication within the school routes.Ítem 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(Universidad Distrital Francisco José de Caldas) Vega Florez, Ely Yohanna; Osorio Torres, Giovany Arturo; Palacios Mosquera , Darin JairoThis 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.