Aplicación Móvil para la gestión de usuarios, control de archivos y flujos de operaciones a través de una Terminal Portátil en Ambientes Linux con herramientas de gestión de auditoría y seguridad criptográfica

Abstract

The management of hardware / software infrastructures and the management of computing resources at present represents a challenge in terms of security, control and supervision for IT areas in organizations and / or companies that have a considerable number of servers, equipment, suppliers, etc., which are part of the operation of its services or products as well as the domain of its business and market. In order to reduce the complexity of communication and interoperability of different components of a technological infrastructure, it is necessary to provide more efficient and secure ways to control different unexpected events that may occur in functional environments for any technological organization. More specifically, in the management of servers and computers with Unix-based systems there is a great difficulty in the process of resource management or communication with external components, all this requires technical knowledge and permanent face-to-face work for its supervision and control. The need arises to create a mobile tool that will help overcome some of these drawbacks that are present around areas such as communication, control and management of resources in Linux operating systems. After an analysis of the present needs in the organizations in terms of administration of IT equipment, it was decided to create a set of functional tools through mobile environments with characteristics such as: Execution of operations in real time, control of files, and management of users, among others. For the construction of the present work of degree was used the Unified Process of Software Development UP (Unified Process) like methodology to follow for the final product, using each one of its phases and implementation for the development of the system, along with the Unified Language of Modeling (UML) to define the functionalities of the same. For the implementation of the system, we used Java as development language and Android Studio for mobile development. In addition, a synchronization mechanism was established through web services for the communication between functional components of the system through HTTP protocol. Finally, the tool was installed in In Cloud environments to perform functional, integration and performance tests, and the final documentation was generated with the results of the implementation process.