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http://hdl.handle.net/2183/28895 Clobber: Arquitectura para streaming de aplicaciones nativas sobre HTTP
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Iglesias Pérez, Javier
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Enxeñaría informática, Grao en
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[Resumen] Este proyecto fin de grado plantea una solución sencilla, dinámica y eficiente a la necesidad de actualización del hardware para equipos de usuario a intervalos regulares, empleando para ello software de virtualización y una arquitectura de microservicios. La infraestructura desplegada a modo de demostración permite, empleando el navegador como interfaz, interactuar con un sistema operativo en red de manera visual, rápida y segura, contando con la capacidad teórica del equipo anfitrión. El objetivo consiste en delegar en el cliente únicamente la necesidad de renderizar la parte visual. En este documento definiremos arquitectura, herramientas y software que integran el producto final; apoyándonos para ello en los conocimientos adquiridos durante el transcurso del grado. El código resultante de este proyecto se encuentra disponible bajo licencia GPLv3 en https://github.com/TretornESP/Clobber/.
[Abstract] This dissertation proposes a lightweight and optimized solution for the constant need to upgrade consumer hardware due to planned obsolescence. In order to achieve this goal we take advantage of modern virtualization software to develop a service that enables engineers to endow their projects with the resources of a fully featured operating system and theoretically unlimited computing power. The goal is to limit consumer hardware to mere input/output devices while processing and storage tasks are shifted to centralised servers where horizontal scalability would be possible and a more responsible disposal protocol be performed. This project addresses the architecture and software part of the service. The code of this project is available under GPLv3 licensing in https://github.com/TretornESP/Clobber/.
[Abstract] This dissertation proposes a lightweight and optimized solution for the constant need to upgrade consumer hardware due to planned obsolescence. In order to achieve this goal we take advantage of modern virtualization software to develop a service that enables engineers to endow their projects with the resources of a fully featured operating system and theoretically unlimited computing power. The goal is to limit consumer hardware to mere input/output devices while processing and storage tasks are shifted to centralised servers where horizontal scalability would be possible and a more responsible disposal protocol be performed. This project addresses the architecture and software part of the service. The code of this project is available under GPLv3 licensing in https://github.com/TretornESP/Clobber/.
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