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Google Cloud Platform Professional Cloud Architect

سرفصل های دوره

Introduction
  • 001. Google Cloud Platform Professional Cloud Architect Introduction

  • Lesson 1 Exam Overview
  • 001. Learning objectives
  • 002. 1.1 Exam Guide
  • 003. 1.2 Exam Case Study Medical Software
  • 004. 1.3 Exam Case Study Live Streaming with Predictive Modeling
  • 005. 1.4 Exam Case Study Industrial IoT
  • 006. 1.5 Exam Case Study Mobile Gaming Platforms

  • Lesson 2 Designing a solution infrastructure that meets business requirements
  • 001. Learning objectives
  • 002. 2.1 Business use cases and strategies
  • 003. 2.2 Success measurements
  • 004. 2.3 Design decision trade-offs
  • 005. 2.4 Build, buy, modify, or deprecate
  • 006. 2.5 Integration with external systems
  • 007. 2.6 Movement of data
  • 008. 2.7 Supporting the application design
  • 009. 2.8 Cost optimization
  • 010. 2.9 Compliance on GCP
  • 011. 2.10 Questions breakdown

  • Lesson 3 Designing a solution infrastructure that meets technical requirements
  • 001. Learning objectives
  • 002. 3.1 Designing for high availability and failover
  • 003. 3.2 Case Study Designing for high availability and failover
  • 004. 3.3 Elasticity of cloud resources, quotas and limits
  • 005. 3.4 Designing for scalability to meet growth requirements
  • 006. 3.5 Designing for performance
  • 007. 3.6 Case Study Designing for scalability
  • 008. 3.7 Questions breakdown

  • Lesson 4 Designing network, storage, and compute resources
  • 001. Learning objectives
  • 002. 4.1 Integration with on-premises
  • 003. 4.2 Multicloud environments
  • 004. 4.3 Case Study Integration with on-premises
  • 005. 4.4 Cloud-native networking
  • 006. 4.5 Choosing data processing technologies
  • 007. 4.6 Choosing appropriate storage types
  • 008. 4.7 Choosing compute resources
  • 009. 4.8 Mapping compute needs to platform products
  • 010. 4.9 Questions breakdown

  • Lesson 5 Creating a migration plan
  • 001. Learning objectives
  • 002. 5.1 Integrating solutions with existing systems
  • 003. 5.2 Migrating systems and data
  • 004. 5.3 Software license mapping
  • 005. 5.4 Network planning
  • 006. 5.5 Testing and proofs of concept
  • 007. 5.6 Dependency management
  • 008. 5.7 Envisioning future solution improvements
  • 009. 5.8 Questions breakdown

  • Lesson 6 Configuring network topologies
  • 001. Learning objectives
  • 002. 6.1 Hybrid and multicloud networking
  • 003. 6.2 Securing networks
  • 004. 6.3 Demo Securing networks
  • 005. 6.4 Common network topologies
  • 006. 6.5 Lab configuring and securing a network
  • 007. 6.6 Questions breakdown

  • Lesson 7 Configuring storage systems
  • 001. Learning objectives
  • 002. 7.1 Data storage allocation
  • 003. 7.2 Data processing and compute provisioning
  • 004. 7.3 Demo Data processing and compute provisioning
  • 005. 7.4 Data security and access management
  • 006. 7.5 Network configuration for data transfer and latency
  • 007. 7.6 Data retention and data lifecycle management
  • 008. 7.7 Demo Data retention and data lifecycle management
  • 009. 7.8 Data growth planning
  • 010. 7.9 Questions breakdown

  • Lesson 8 Configuring compute systems
  • 001. Learning objectives
  • 002. 8.1 Compute resource provisioning
  • 003. 8.2 Compute volatility configuration
  • 004. 8.3 Demo Configuring preemptible instances
  • 005. 8.4 Network configuration for compute resources
  • 006. 8.5 Compute infrastructure orchestration
  • 007. 8.6 Resource configuration and patch management
  • 008. 8.7 Container orchestration with Kubernetes (part 1)
  • 009. 8.8 Container orchestration with Kubernetes (part 2)
  • 010. 8.9 Lab Container orchestration with Kubernetes
  • 011. 8.10 Questions breakdown

  • Lesson 9 Designing for security
  • 001. Learning objectives
  • 002. 9.1 Identity and Access Management (IAM)
  • 003. 9.2 Resource hierarchy on GCP
  • 004. 9.3 Data security at rest
  • 005. 9.4 Data security in transit
  • 006. 9.5 Case Study Data security in transit
  • 007. 9.6 Separation of Duties (SoD)
  • 008. 9.7 Security controls
  • 009. 9.8 Managing your own encryption keys
  • 010. 9.9 Remote access
  • 011. 9.10 Questions breakdown

  • Lesson 10 Designing for compliance
  • 001. Learning objectives
  • 002. 10.1 Legislation considerations
  • 003. 10.2 Commercial considerations
  • 004. 10.3 Industry certifications
  • 005. 10.4 Audits and logs
  • 006. 10.5 Questions breakdown

  • Lesson 11 Analyzing and defining technical processes
  • 001. Learning objectives
  • 002. 11.1 Software development life cycle (SDLC)
  • 003. 11.2 Continuous integration continuous deployment (CICD)
  • 004. 11.3 Troubleshooting root cause analysis best practices
  • 005. 11.4 Testing and validation of software and infrastructure
  • 006. 11.5 Service catalog and provisioning
  • 007. 11.6 Business continuity and disaster recovery
  • 008. 11.7 Case study Infrastructure-as-Code
  • 009. 11.8 Questions breakdown

  • Lesson 12 Analyzing and defining business processes
  • 001. Learning objectives
  • 002. 12.1 Stakeholder management
  • 003. 12.2 Change management
  • 004. 12.3 Team assessment and skills readiness
  • 005. 12.4 Decision-making processes
  • 006. 12.5 Customer success management
  • 007. 12.6 Cost and resource optimization
  • 008. 12.7 Developing procedures to ensure reliability of solutions
  • 009. 12.8 Questions breakdown

  • Lesson 13 Best practices for successful deployments
  • 001. Learning objectives
  • 002. 13.1 Application development
  • 003. 13.2 API best practices
  • 004. 13.3 Case study API design
  • 005. 13.4 Testing frameworks
  • 006. 13.5 Migration and management tooling
  • 007. 13.6 Interacting with Google Cloud programmatically
  • 008. 13.7 Demo Interacting with Google Cloud programmatically
  • 009. 13.8 Questions breakdown

  • Lesson 14 Monitoring, logging, profiling, and alerting
  • 001. Learning objectives
  • 002. 14.1 Monitoring infrastructure and applications
  • 003. 14.2 Logging
  • 004. 14.3 Demo Monitoring charts and dashboards
  • 005. 14.4 Debugging applications
  • 006. 14.5 Profiling applications
  • 007. 14.6 Monitoring alerts and incidence response
  • 008. 14.7 Lab Monitoring alerts
  • 009. 14.8 Questions breakdown

  • Lesson 15 Deployment and release management
  • 001. Learning objectives
  • 002. 15.1 Automating infrastructure and application deployments
  • 003. 15.2 Demo Automating infrastructure deployment
  • 004. 15.3 Testing and validating deployments
  • 005. 15.4 Assisting with the support of deployed solutions
  • 006. 15.5 Lab Automating application deployment
  • 007. 15.6 Questions breakdown

  • Module 1 Professional Cloud Architect Certification overview
  • 001. Module introduction

  • Module 2 Designing and planning a cloud solution architecture
  • 001. Module introduction

  • Module 3 Managing and provisioning a solution infrastructure
  • 001. Module introduction

  • Module 4 Designing for security and compliance
  • 001. Module introduction

  • Module 5 Analyzing and optimizing technical and business processes
  • 001. Module introduction

  • Module 6 Managing implementation
  • 001. Module introduction

  • Module 7 Ensuring solution and operations reliability
  • 001. Module introduction

  • Summary
  • 001. Google Cloud Platform Professional Cloud Architect Summary
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