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Title: Arquitectura Bigdata en el ámbito de la seguridad para el notariado Español
Author: Palacios Cuartas, Giovanny Andres
Director: Hernández Jiménez, Enric
Tutor: Garcia-Font, Victor  
Abstract: The objective of this project is to propose a Big Data architecture alternative for the analysis and monitoring of great volume numbers of real-time records generated by Spanish notary servers whose purpose is to generate a real-time monitoring system that allows detection of security events on their servers, such as exploitation of vulnerabilities, unauthorized access, anomalous traffic and unusual behavior. The project begins by presenting the Hadoop technology, his operation and purpose, to continue explaining a portfolio of tools that comprise its ecosystem, then analyzing a technology that is currently widely used as Spark. The project is developed by classifying each technology throughout the implementation cycle of a Big Data architecture, in which the following processes are relevant: Data intake, processing, storage in clusters and visualization of results. Finally, it ends with the selection and choice of a possible architecture, the proposal includes the specification of each technology for the relevant processes of a Big Data architecture, this choice of technologies had as main factor to fulfill the purpose and characteristics of the case of use (generation of data in massive quantities, treatment and analysis in real time Stream. In conclusion, it can be indicated that there is a large number of tools that can be used for the application of the proposed case solution and in general for Big Data, likewise, its use in the security aspect plays an important role for to be able to analyze in real time possible security events.
Keywords: big data
computer security
Document type: info:eu-repo/semantics/masterThesis
Issue Date: 31-Dec-2018
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