Bibliographic citations
Pacheco, F., (2023). Diseño de una arquitectura cloud redundante y autorrecuperable basada en el Modelo de Madurez Cloud Native de Cloud Native Computing Foundation para una empresa del sector Banca y Finanzas [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/672553
Pacheco, F., Diseño de una arquitectura cloud redundante y autorrecuperable basada en el Modelo de Madurez Cloud Native de Cloud Native Computing Foundation para una empresa del sector Banca y Finanzas [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/672553
@misc{renati/415023,
title = "Diseño de una arquitectura cloud redundante y autorrecuperable basada en el Modelo de Madurez Cloud Native de Cloud Native Computing Foundation para una empresa del sector Banca y Finanzas",
author = "Pacheco Terrazos, Fernando César",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
The purpose of this project is to provide a technical design of a redundant and self-recoverable cloud architecture for a company in the banking and finance sector. This new architecture not only involves technical criteria for its operation, but also processes such as Cost Management and Nomenclature Management. which will allow efficient operation of the new and complex architecture designed, in addition, both processes will contribute to the cloud native maturity level of the company, for which the Cloud Native Maturity Model 2.0 of the Cloud Native Computing Foundation will be used, which will get to know the current maturity level and in what dimensions the Cost and Nomenclature Management processes can contribute to the progress of the maturity level. The problem to be resolved in this project is related to the non-compliance of the corporate cloud availability indicator, estimated monthly at 99.6%, in addition to the prolonged problem response time by the area responsible for regional cloud operation. To address this situation, an alternative cloud region will be designed that allows the current architecture to be tolerant to incidents, then a self-healing architecture will be designed using an observability system that allows optimizing problem response times. The proposed design is validated through comparative tables of the measurements made to the current situation and the proposed design. Finally, the methodological approaches used for the project will be the agile SCRUM and AIOps framework.
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