Análisis de rendimiento de un sistema de comunicación que utiliza un protocolo de cifrado híbrido y sockets, entre las plataformas JAVA y .NET.

Abstract

The objective of the degree work was to perform the optimal performance analysis of a communication system that uses a hybrid encryption protocol and the sockets mechanism, between the JAVA and .NET platforms, applied to the computer backup system for the Loja Technical Office of the Zonal Coordination 7 of Civil Registry Identification and Certification. To determine the performance between both platforms, the analysis of each indicator obtained from the FURPS Model was done with a sample of 335 files distributed among 200 Light, 100 Medium and 35 Heavy, an error percentage of 0.05% obtaining the following results: Regarding the response time, a percentage change of 55.11% was obtained in favor of C #, then for the processing speed 50.67% in favor of C #, likewise, for the consumption of resources, 34.42% in favor of Java, and for the efficiency, no percentage variation was found among the analyzed languages, finally consolidating the results of each indicator, a percentage variation of the total effective yield of 8.30% was obtained in favor of C # compared to Java. For the implementation of the solution, an application was developed using threads, sockets and hybrid encryption protocol using the agile development methodology SCRUM and the C # language, later the final product is a communication system as a backup tool for the information displayed in the technological infrastructure of the Provincial Technical Office of Loja of the Civil Registry. It is concluded that the .NET platform offers better performance than the JAVA platform in the transfer of files using sockets and a client / server architecture. It is recommended to implement the backup system at the level of the entire DIGERCIC since they do not have a secure communication system to back up important information from the institution; This solution will provide security in the transfer of data and an intuitive and easy-to-use environment for operational and administrative officers who need computer solutions.