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E-raamat: Google Cloud Certified Professional Cloud Architect Study Guide

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  • Ilmumisaeg: 22-Mar-2022
  • Kirjastus: Sybex Inc.,U.S.
  • Keel: eng
  • ISBN-13: 9781119871071
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  • Formaat: EPUB+DRM
  • Sari: Sybex Study Guide
  • Ilmumisaeg: 22-Mar-2022
  • Kirjastus: Sybex Inc.,U.S.
  • Keel: eng
  • ISBN-13: 9781119871071

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An indispensable guide to the newest version of the Google Certified Professional Cloud Architect certification

The newly revised Second Edition of the Google Cloud Certified Professional Cloud Architect Study Guide delivers a proven and effective roadmap to success on the latest Professional Cloud Architect accreditation exam from Google. You'll learn the skills you need to excel on the test and in the field, with coverage of every exam objective and competency, including focus areas of the latest exam such as Kubernetes, Anthos, and multi-cloud architectures. The book explores the design, analysis, development, operations, and migration components of the job, with intuitively organized lessons that align with the real-world job responsibilities of a Google Cloud professional and with the PCA exam topics. Architects need more than the ability to recall facts about cloud services, they need to be able to reason about design decisions. This study guide is unique in how it helps you learn to think like an architect: understand requirements, assess constraints, choose appropriate architecture patterns, and consider the operational characteristics of the systems you design. Review questions and practice exams use scenario-based questions like those on the certification exam to build the test taking skills you will need.

In addition to comprehensive material on compute resources, storage systems, networks, security, legal and regulatory compliance, reliability design, technical and business processes, and more, you'll get:

  • The chance to begin or advance your career as an in-demand Google Cloud IT professional
  • Invaluable opportunities to develop and practice the skills you'll need as a Google Cloud Architect
  • Access to the Sybex online learning center, with chapter review questions, full-length practice exams, hundreds of electronic flashcards, and a glossary of key terms

The ideal resource for anyone preparing for the Professional Cloud Architect certification from Google, Google Cloud Certified Professional Cloud Architect Study Guide, 2nd Edition is also a must-read resource for aspiring and practicing cloud professionals seeking to expand or improve their technical skillset and improve their effectiveness in the field.

Introduction xxiii
Assessment Test xxix
Answers to the Assessment Test xxxv
Chapter 1 Introduction to the Google Professional Cloud Architect Exam
1(22)
Exam Objectives
2(1)
Analyzing Business Requirements
3(1)
Reducing Operational Expenses
3(1)
Accelerating the Pace of Development
4(1)
Reporting on Service-Level Objectives
5(1)
Reducing Time to Recover from an Incident
5(1)
Improving Compliance with Industry Regulations
6(2)
Analyzing Technical Requirements
8(1)
Functional Requirements
8(3)
Exam Case Studies
11(1)
EHR Healthcare
12(1)
Helicopter Racing League
13(1)
Mountkirk Games
14(1)
TerramEarth
15(1)
Summary
16(1)
Exam Essentials
16(2)
Review Questions
18(5)
Chapter 2 Designing Solutions to Meet Business Requirements
23(28)
Business Use Cases and Product Strategy
24(1)
EHR Healthcare
25(1)
Helicopter Racing League
26(1)
Mountkirk Games Strategy
26(1)
TerramEarth Strategy
27(1)
Application Design and Cost Considerations
27(1)
Managed Services
28(2)
Reduced Levels of Services
30(2)
Data Lifecycle Management
32(1)
Systems Integration and Data Management
33(1)
Systems Integration Business Requirements
33(3)
Data Management Business Requirements
36(2)
Compliance and Regulation
38(1)
Privacy Regulations
38(1)
Data Integrity Regulations
39(1)
Security
39(1)
Confidentiality
40(1)
Integrity
40(1)
Availability
41(1)
Success Measures
41(1)
Key Performance Indicators
41(1)
Return on Investment
42(1)
Summary
43(1)
Exam Essentials
43(2)
Review Questions
45(6)
Chapter 3 Designing Solutions to Meet Technical Requirements
51(22)
High Availability
52(2)
Compute Availability
54(2)
Storage Availability
56(4)
Network Availability
60(1)
Application Availability
60(1)
Scalability
61(1)
Scaling Compute Resources
62(2)
Scaling Storage Resources
64(1)
Network Design for Scalability
64(1)
Reliability
65(1)
Measuring Reliability
65(1)
Reliability Engineering
65(1)
Summary
66(1)
Exam Essentials
66(2)
Review Questions
68(5)
Chapter 4 Designing Compute Systems
73(34)
Compute Services and Use Cases
74(1)
Compute Engine
75(5)
App Engine
80(2)
Cloud Functions
82(2)
Cloud Run
84(1)
Kubernetes Engine
84(6)
Anthos
90(1)
Overview of Anthos
91(1)
Anthos Service Mesh
91(1)
Anthos Multi Cluster Ingress
92(1)
Anthos Deployment Options
92(1)
AI and Machine Learning Services
93(1)
Vertex AI
94(1)
Cloud TPU
94(1)
Data Flows and Pipelines
94(1)
Cloud Pub/Sub Pipelines
95(1)
Cloud Dataflow Pipelines
96(1)
Cloud Dataproc
96(1)
Cloud Workflows
96(1)
Cloud Data Fusion
96(1)
Cloud Composer
97(1)
Compute System Provisioning
97(1)
Additional Design Issues
97(1)
Managing State in Distributed Systems
98(1)
Synchronous and Asynchronous Operations
99(1)
Summary
100(1)
Exam Essentials
101(1)
Review Questions
102(5)
Chapter 5 Designing Storage Systems
107(24)
Overview of Storage Services
108(1)
Object Storage with Google Cloud Storage
109(1)
Organizing Objects in a Namespace
109(1)
Cloud Storage FUSE
110(1)
Storage Tiers
110(1)
Cloud Storage Use Cases
111(1)
Network-Attached Storage with Google Cloud Filestore
112(1)
Cloud Filestore Service Tiers
112(1)
Cloud Filestore Networking
113(1)
Cloud Filestore Access Controls
113(1)
Databases
113(1)
Relational Database Overview
114(1)
Cloud SQL
115(2)
Cloud Spanner
117(1)
Analytical Database: BigQuery
117(3)
NoSQL Databases
120(1)
Caching with Cloud Memorystore
121(1)
Data Retention and Lifecycle Management
122(1)
Networking and Latency
123(1)
Summary
124(1)
Exam Essentials
125(2)
Review Questions
127(4)
Chapter 6 Designing Networks
131(22)
IP Addressing, Firewall Rules, and Routers
133(1)
IP Address Structure
133(1)
Public vs. Private Addressing
134(1)
Firewall Rules
134(1)
Cloud Router
135(1)
Cloud Armor
135(1)
Virtual Private Clouds
136(1)
VPC Subnets
136(1)
Shared VPC
137(1)
VPC Network Peering
137(1)
Hybrid-Cloud Networking
138(1)
Hybrid-Cloud Design Considerations
138(1)
Hybrid-Cloud Implementation Options
139(2)
Service-Centric Networking
141(1)
Private Service Connect for Google APIs
141(1)
Private Service Connect for Google APIs with Consumer HTTP(S)
142(1)
Private Google Access
142(1)
Private Google Access for On-Premises Hosts
142(1)
Private Service Connect for Published Services
142(1)
Private Service Access
142(1)
Serverless VPC Access
142(1)
Load Balancing
143(1)
Regional Load Balancing
143(1)
Global Load Balancing
144(1)
Additional Network Services
145(1)
Service Directory
145(1)
Cloud CDN
145(1)
Cloud DNS
145(1)
Summary
146(1)
Exam Essentials
146(2)
Review Questions
148(5)
Chapter 7 Designing for Security and Legal Compliance
153(28)
Identity and Access Management and Related Access Control Services
154(1)
Identities and Groups
154(1)
Resources
155(1)
Permissions
156(1)
Roles
156(2)
Policies
158(2)
Cloud IAM Conditions
160(1)
IAM Best Practices
160(1)
Identity-Aware Proxy
161(1)
Workload Identity Federation
161(1)
Organization Constraints
162(1)
Data Security
162(1)
Encryption
163(1)
Key Management
164(2)
Cloud Storage Data Access
166(1)
Security Evaluation
166(1)
Penetration Testing
167(1)
Auditing
167(1)
Security Design Principles
168(1)
Separation of Duties
168(1)
Least Privilege
169(1)
Defense in Depth
170(1)
Major Regulations
171(1)
HIPAA/HITECH
171(1)
General Data Protection Regulation
172(1)
Sarbanes-Oxley Act
172(1)
Children's Online Privacy Protection Act
173(1)
ITIL Framework
173(1)
Summary
174(1)
Exam Essentials
174(3)
Review Questions
177(4)
Chapter 8 Designing for Reliability
181(24)
Improving Reliability with Cloud Operations Suite
182(1)
Monitoring with Cloud Monitoring
183(3)
Alerting with Cloud Monitoring
186(1)
Logging with Cloud Logging
187(1)
Open Source Observability Tools
188(1)
Release Management
188(1)
Continuous Delivery
189(3)
Continuous Integration
192(1)
Systems Reliability Engineering
193(1)
Overload
193(3)
Cascading Failures
196(1)
Testing for Reliability
197(1)
Incident Management and Post-Mortem Analysis
198(1)
Summary
199(1)
Exam Essentials
199(2)
Review Questions
201(4)
Chapter 9 Analyzing and Defining Technical Processes
205(22)
Software Development Lifecycle Plan
206(1)
Analysis
206(2)
Design
208(3)
Continuous Integration/Continuous Delivery
211(1)
Business Drivers to Adopt CI/CD
211(1)
CI/CD Building Blocks
212(1)
Troubleshooting and Post-Mortem Analysis Culture
213(1)
Incident Post-Mortems
214(1)
Project Post-Mortems
215(1)
IT Enterprise Processes
216(1)
Business Continuity Planning and Disaster Recovery
217(1)
Business Continuity Planning
217(1)
Disaster Recovery
218(1)
Summary
219(1)
Exam Essentials
220(2)
Review Questions
222(5)
Chapter 10 Analyzing and Defining Business Processes
227(16)
Stakeholder Management
228(1)
Interests and Influence
228(1)
Projects, Programs, and Portfolios
229(1)
Stages of Stakeholder Management
230(1)
Change Management
231(1)
Reasons for Change
231(1)
Change Management Methodologies
232(1)
Team Skill Management
233(1)
Customer Success Management
234(1)
Cost Optimization/Resource Optimization
235(1)
Summary
236(1)
Exam Essentials
236(2)
Review Questions
238(5)
Chapter 11 Development and Operations
243(20)
Application Development Methodologies
244(1)
Waterfall
244(1)
Spiral
245(1)
Agile
246(1)
Technical Debt
247(1)
API Best Practices
248(1)
Resources and Standard Methods
248(1)
API Security
249(2)
Testing Frameworks
251(1)
Testing Framework Models
251(1)
Automated Testing Tools
252(1)
Data and System Migration Tooling
253(1)
Types of Cloud Migrations
253(1)
Migration Services and Tools
254(1)
Interacting with Google Cloud Programmatically
255(1)
Google Cloud SDK
256(1)
Google Cloud Shell
256(1)
Cloud Emulators
257(1)
Summary
257(1)
Exam Essentials
257(2)
Review Questions
259(4)
Chapter 12 Migration Planning
263(16)
Integrating Cloud Services with Existing Systems
264(2)
Migrating Systems and Data to Support a Solution
266(1)
Planning for Systems Migrations
266(2)
Planning for Data Migration
268(1)
Software Licensing Mapping
269(2)
Network Planning
271(1)
Virtual Private Clouds
271(1)
Network Access Controls
272(1)
Scaling
273(1)
Connectivity
273(1)
Summary
273(1)
Exam Essentials
274(2)
Review Questions
276(3)
Appendix Answers to the Review Questions
279(30)
Chapter 1 Introduction to the Google Professional Cloud Architect Exam
280(2)
Chapter 2 Designing Solutions to Meet Business Requirements
282(3)
Chapter 3 Designing Solutions to Meet Technical Requirements
285(2)
Chapter 4 Designing Compute Systems
287(3)
Chapter 5 Designing Storage Systems
290(3)
Chapter 6 Designing Networks
293(2)
Chapter 7 Designing for Security and Legal Compliance
295(2)
Chapter 8 Designing for Reliability
297(1)
Chapter 9 Analyzing and Defining Technical Processes
298(3)
Chapter 10 Analyzing and Defining Business Processes
301(2)
Chapter 11 Development and Operations
303(2)
Chapter 12 Migration Planning
305(4)
Index 309
ABOUT THE AUTHOR

DAN SULLIVAN is a software architect specializing in data analytics, machine learning, and cloud computing. He is the author of Google Cloud certification study guides for the Professional Architect, Professional Data Engineer, and Associate Cloud Engineer exams. Dan is also an instructor with LinkedIn Learning, where he develops courses on data science, machine learning, and data management as well as with Udemy where he provides Google Cloud certification preparation courses.