Desarrollo del prototipo de una plataforma de monitorización, adquisición de datos y envío de alarmas en tiempo real de sistemas electromecánicos de un centro de datos mediante protocolo MODBUS y SNMP en la ciudad de Guayaquil.
Fecha
2020-04
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Universidad de Guayaquil. Facultad de Ciencias Matemáticas y Físicas. Carrera de Ingeniería en Sistemas Computacionales.
Resumen
Actualmente en la ciudad de Guayaquil, la continuidad operativa de un Centro de datos de cualquier
negocio es fundamental. La evolución continua hace que los centros de datos se encuentren en constante
movimiento para lograr cumplir con los requisitos de una operación eficiente y sin interrupciones. La
realidad absoluta del costo que representa la “caída” de los Sistemas de Información, en la mayoría de los
casos es desconocida, e incluso incalculable. Sin embargo, es común que existan fallas y desastres que se
presentan en diversos momentos y a menudo cuando no hay gente operativa en el sitio. El Proyecto
consistirá en el desarrollo de un prototipo que estará en una plataforma web la cual se encargará de
monitorear el rendimiento, niveles de capacidad, umbrales mínimos y máximos de la infraestructura a
partir de un dashboard donde además se podrá visualizar con los colores del semáforo (verde, amarillo y
rojo) el estado en que se encuentran los equipos. El color verde nos indicará que el equipo está en estado
normal o en correcto funcionamiento, el color amarillo nos indicará que el equipo está cerca de presentar
alguna anomalía o algún incidente y el color rojo nos indicará que el equipo está en una situación
alarmante y se deberá dar el soporte requerido para solventarlo. Finalmente para la realización de este
proyecto se usará la metodología de desarrollo en Cascada dado que cumple con todas las etapas
necesarias para indicar que el mismo es factible por lo que permitirá mejorar el soporte de los distintos
problemas que se presente en los equipos electromecánicos de un Datacenter.
Currently in the city of Guayaquil, the operational continuity of a Data Center for any business is essential. Continuous evolution keeps data centers in constant motion to meet the requirements of efficient and seamless operation. The absolute reality of the cost that represents the "fall" of the Information Systems, in most cases is unknown, and even incalculable. However, it is common for failures and disasters to occur at various times and often when there are no operational people on site. The Project will consist of the development of a prototype that will be on a web platform which will be in charge of monitoring the performance, capacity levels, minimum and maximum thresholds of the infrastructure from a dashboard where it can also be viewed with the traffic light colors (green, yellow, and red) the state the computers are in. The green color will indicate that the equipment is in a normal state or in correct operation, the yellow color will indicate that the equipment is close to having any anomaly or incident and the red color will indicate that the equipment is in an alarming situation and You must give the required support to solve it. Finally, in order to carry out this project, the Cascade development methodology will be used since it complies with all the necessary stages to indicate that it is feasible, which will improve the support of the different problems that arise in the electromechanical equipment of a Datacenter. ,
Currently in the city of Guayaquil, the operational continuity of a Data Center for any business is essential. Continuous evolution keeps data centers in constant motion to meet the requirements of efficient and seamless operation. The absolute reality of the cost that represents the "fall" of the Information Systems, in most cases is unknown, and even incalculable. However, it is common for failures and disasters to occur at various times and often when there are no operational people on site. The Project will consist of the development of a prototype that will be on a web platform which will be in charge of monitoring the performance, capacity levels, minimum and maximum thresholds of the infrastructure from a dashboard where it can also be viewed with the traffic light colors (green, yellow, and red) the state the computers are in. The green color will indicate that the equipment is in a normal state or in correct operation, the yellow color will indicate that the equipment is close to having any anomaly or incident and the red color will indicate that the equipment is in an alarming situation and You must give the required support to solve it. Finally, in order to carry out this project, the Cascade development methodology will be used since it complies with all the necessary stages to indicate that it is feasible, which will improve the support of the different problems that arise in the electromechanical equipment of a Datacenter. ,
Descripción
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Palabras clave
Web, Datacenter, Dashboard, Plataforma, Platform