Reliable Cloud Infrastructure: Design and Process en Español

Go to Course: https://www.coursera.org/learn/cloud-infrastructure-design-process-es

Introduction

### Course Review: Reliable Cloud Infrastructure: Design and Process en Español #### Overview If you're eager to deepen your understanding of cloud infrastructure design and management within the Google Cloud ecosystem, the course "Reliable Cloud Infrastructure: Design and Process en Español" is an exceptional choice. This course is tailored for individuals who possess a foundational understanding of Google Cloud platforms, as it is intended as a continuation of the courses Architecting with Google Compute Engine or Architecting with Google Kubernetes Engine. #### Course Structure The structure of the course encompasses a range of engaging elements including lectures, design activities, and practical labs, ensuring that participants not only learn theory but also apply their knowledge practically. ### Syllabus Breakdown 1. **Introducción** This module sets the stage for what to expect throughout the course. It provides a clear overview of the course structure and its objectives, allowing learners to align their expectations and goals. 2. **Definición de servicios** Here, students delve into defining system users and understanding roles within a system. Importantly, this module emphasizes performance measurement frameworks, including Key Performance Indicators (KPIs), Service Level Objectives (SLOs), Service Level Indicators (SLIs), and Service Level Agreements (SLAs). This foundational knowledge is crucial for any cloud architect. 3. **Diseño y arquitectura de microservicios** This section introduces the architecture of applications and microservices design, crucial for handling scalability and maintainability in modern cloud environments. Participants will gain insights into the principles of microservices that facilitate complex system design. 4. **Automatización de DevOps** Automation in DevOps is a central theme in this module, showcasing how automation promotes consistency, reliability, and deployment speed. This is particularly important in a cloud context where efficiency can heavily influence the operational cost. 5. **Cómo elegir las soluciones de almacenamiento** Understanding the variety of storage and data solutions available in Google Cloud is vital for project success. This module guides participants in evaluating and selecting the most suitable storage options based on business and technical requirements. 6. **Google Cloud y la arquitectura de red híbrida** The hybrid architecture module covers the basics of Google Cloud networking and hybrid setups, equipping learners with knowledge that is increasingly relevant in today’s cloud strategies that often rely on hybrid environments. 7. **Implemente aplicaciones en Google Cloud** This segment discusses the myriad of options for application deployment on Google Cloud, emphasizing the nuances in selecting the best platform for specific project needs. 8. **Diseñe sistemas confiables** Designing reliable systems is crucial in cloud architecture. This module investigates best practices to ensure systems offer high availability and reliability. 9. **Seguridad** With a robust focus on security, this module emphasizes the importance of security in cloud innovation. Participants will explore strategies and tools that enhance security in cloud projects, acknowledging its role as a priority for cloud architects. 10. **Mantenimiento y supervisión** The final module focuses on application maintenance and monitoring, which are essential for sustaining cloud solutions over time. ### Recommendation I highly recommend "Reliable Cloud Infrastructure: Design and Process en Español" for anyone looking to advance their cloud architecture skills, especially if you have prior experience with Google Cloud technologies. The course is designed not only to provide theoretical knowledge but also to emphasize practical skills that are immediately applicable in real-world scenarios. With its comprehensive syllabus and focus on trusted practices for building cloud architecture, this course presents an outstanding opportunity for professionals eager to enhance their capabilities in designing reliable and efficient solutions in Google Cloud. Whether you are preparing for real-world deployments or aiming to solidify your understanding of cloud principles, this course delivers valuable insights that will significantly boost your proficiency in cloud infrastructure design. Enroll today and take a step forward in your cloud career!

Syllabus

Introducción

Le damos la bienvenida al curso Reliable Google Cloud Infrastructure: Design and Process. Conozca la estructura del curso y su contenido.

En este módulo, aprenderá a describir a los usuarios de un sistema en términos de los roles y las personas que asumen. Aprenderá a medir el éxito utilizando indicadores clave de rendimiento (KPI) y examinará los objetivos de nivel de servicio (SLO), los indicadores de nivel de servicio (SLI) y los acuerdos de nivel de servicio (ANS).

En este módulo, presentamos la arquitectura de aplicaciones y el diseño de microservicios.

En este módulo, se presenta la automatización de DevOps, un factor clave para lograr coherencia, confiabilidad y velocidad de implementación.

En este módulo, analizamos las soluciones de almacenamiento y datos de Google Cloud y cómo seleccionar la más adecuada para cumplir con sus requisitos comerciales y técnicos.

En este módulo, analizamos las arquitecturas de red de Google Cloud, incluidas las arquitecturas híbridas.

En este módulo, analizaremos las distintas opciones para implementar aplicaciones en Google Cloud. Google Cloud cuenta con varias plataformas de implementación posibles, cuya elección no siempre es obvia.

En este módulo, veremos cómo diseñar sistemas confiables.

En este módulo, abordaremos el tema de la seguridad. Google opera de forma segura en la nube desde hace 20 años. Existe una fuerte creencia de que la seguridad potencia la innovación. La prioridad de los arquitectos de nube debe ser la seguridad. Todo lo demás viene después.

En el último módulo del curso, abordaremos el mantenimiento y la supervisión de aplicaciones.