Reliable Cloud Infrastructure: Design and Process 日本語版

Google Cloud via Coursera

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

Introduction

### Course Review: Reliable Cloud Infrastructure: Design and Process (Japanese Version) In an increasingly digital world, the need for reliable cloud infrastructures has never been more critical. The Coursera course "Reliable Cloud Infrastructure: Design and Process 日本語版" serves as an essential resource for anyone looking to build scalable and dependable solutions on Google Cloud. With a structured and focused curriculum, this course aims to equip participants with the necessary skills and insights to design effective cloud architectures. #### Overview of the Course This course utilizes proven design patterns to teach students how to create reliable and efficient solutions using Google Cloud. As a follow-up to foundational courses such as "Architecting with Google Compute Engine" or "Architecting with Google Kubernetes Engine," it is crucial that participants have prior experience with the technologies covered in these introductory courses. The curriculum features lectures, design activities, and hands-on labs, guiding learners through the balancing act of defining business requirements and technical specifications to create high-availability, secure, and cost-efficient Google Cloud deployments. #### Key Skills Acquired Throughout the course, participants will learn to: - Apply a set of tools comprised of inquiries, techniques, and design considerations. - Define application requirements and represent them concretely as KPIs, SLOs, and SLIs. - Break down application requirements and identify appropriate microservices boundaries. - Utilize Google Cloud's developer tools effectively. #### Syllabus Breakdown 1. **Introduction**: The course begins with an overview of the structure and contents, setting the stage for what learners can expect. 2. **Defining Services**: Understanding how to define system users from the perspective of roles and personas. This module emphasizes using KPIs to measure outcomes and considers SLOs, SLIs, and SLAs. 3. **Microservices Design and Architecture**: An introduction to application architecture and microservices design, crucial for modern cloud-based applications. 4. **DevOps Automation**: Explores the critical elements of automation in DevOps that contribute to consistent, reliable, and fast deployments. 5. **Selecting Storage Solutions**: A deep dive into Google Cloud's storage and data solutions, guiding learners to choose optimal solutions that meet business and technical requirements. 6. **Google Cloud & Hybrid Network Architecture**: Looks into network architectures, including hybrid architectures on Google Cloud. 7. **App Deployment on Google Cloud**: Discusses various methods for deploying applications to Google Cloud, considering the various deployment platforms available. 8. **Designing Reliable Systems**: Offers strategies and principles for designing systems with high reliability. 9. **Security**: Focuses on security best practices, emphasizing its significance in fostering innovation and the critical priority it should hold for cloud architects. 10. **Maintenance and Monitoring**: The final module covers the essential aspects of application maintenance and monitoring to ensure ongoing reliability and performance. #### Why You Should Take This Course This course stands out for several reasons: - **In-Depth Knowledge**: It provides an extensive understanding of cloud infrastructure design, tailored specifically to Google Cloud. - **Practical Applications**: With hands-on labs and activities, learners gain real-world experience that enhances the learning process. - **Industry Relevance**: The course emphasizes current cloud technologies and industry practices, aligning well with the needs of modern businesses. - **Clear Learning Path**: The logical progression from foundational knowledge to advanced design concepts helps to build a strong conceptual framework. #### Conclusion For anyone serious about developing dependable cloud infrastructure solutions, "Reliable Cloud Infrastructure: Design and Process 日本語版" is an invaluable course. It effectively combines theoretical knowledge and practical application, making it suitable for professionals, developers, and engineers looking to deepen their understanding of Google Cloud architecture. Whether you are transitioning from a previous role or seeking to enhance your skills in cloud infrastructure, this course offers the insights and practical tools essential for success in today's cloud-dominated landscape. Highly recommended for any tech enthusiast eager to enhance their capabilities in designing reliable cloud solutions!

Syllabus

はじめに

Reliable Google Cloud Infrastructure: Design and Process コースへようこそ。コースの構成と内容について説明します。

サービスの定義

このモジュールでは、ロールとペルソナの観点からシステムのユーザーを定義する方法を学習します。重要業績評価指標（KPI）を使用して成果を測定する方法を学習し、サービスレベル目標（SLO）、サービスレベル指標（SLI）、サービスレベル契約（SLA）について考察します。

マイクロサービスの設計とアーキテクチャ

このモジュールでは、アプリケーションのアーキテクチャとマイクロサービスの設計を紹介します。

DevOps 自動化

このモジュールでは、一貫した、信頼性の高い、迅速なデプロイを実現するうえで重要な要素となる DevOps の自動化を紹介します。

ストレージ ソリューションの選択

このモジュールでは、Google Cloud のストレージ ソリューションとデータ ソリューションについて考察し、ビジネス要件と技術要件に見合った最適なソリューションを選択する方法を紹介します。

Google Cloud とハイブリッド ネットワーク アーキテクチャ

このモジュールでは、ハイブリッド アーキテクチャを含め、Google Cloud のネットワーク アーキテクチャについて考察します。

Google Cloud へのアプリケーションのデプロイ

このモジュールでは、アプリケーションを Google Cloud にデプロイする複数の方法について考察します。Google Cloud では、多くのデプロイ プラットフォームを用意しており、どれを選べばよいか必ずしもすぐにわかるわけではありません。

信頼性の高いシステムの設計

このモジュールでは、信頼性の高いシステムの設計方法について説明します。

セキュリティ

このモジュールでは、セキュリティについて説明します。Google は、20 年にわたり、クラウド上で安全を確保して事業を展開しています。セキュリティがイノベーションを促進するという強い信念があります。クラウド アーキテクトは、セキュリティを最優先すれば、他のものはすべて後からついてくるという姿勢を取る必要があります。

メンテナンスとモニタリング

このコースの最終モジュールでは、アプリケーションのメンテナンスとモニタリングについて説明します。