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Course Outline

Introduction

  • Comprehending cloud vendor lock-in
  • Distinguishing multi-cloud from hybrid cloud terminology
  • Data sovereignty regulatory requirements
  • Advantages and challenges of multi-cloud strategies

Evaluating Vendor Lock-in Risks

  • Proprietary services and APIs
  • Data egress costs and constraints
  • Assessment of technology dependencies
  • Development of exit strategies

Multi-Cloud Architecture Patterns

  • Principles of cloud-agnostic design
  • Strategies for workload portability
  • Networking and connectivity in multi-cloud setups
  • Service mesh application within multi-cloud environments

Containerisation and Orchestration

  • Kubernetes serving as the abstraction layer
  • Management of multiple clusters
  • Strategies for container registries
  • Best practices for portability

Infrastructure as Code

  • Utilising Terraform for multi-cloud provisioning
  • Policy as code with cloud-agnostic tools
  • Mitigating configuration drift
  • Implementing GitOps workflows across clouds

Data Sovereignty and Compliance

  • Controls for data residency
  • Mechanisms for cross-border data transfers
  • Compliance frameworks (e.g., GDPR)
  • Encryption and key management practices

Security in Multi-Cloud Environments

  • Unified identity and access management
  • Cross-cloud security monitoring
  • Network segmentation strategies
  • Coordinating incident response across providers

Cost Optimisation and Governance

  • Tools for multi-cloud cost management
  • Resource tagging and allocation methods
  • Governance frameworks
  • Applying FinOps practices to multi-cloud environments

Migration and Integration

  • Lift-and-shift versus re-architecture approaches
  • Strategies for data migration
  • Patterns for application refactoring
  • Approaches to testing and validation

Real-World Case Studies

  • Multi-cloud deployment in financial services
  • Data sovereignty implementation in healthcare
  • Government cloud usage scenarios

Summary and Next Steps

Requirements

  • Fundamental understanding of cloud computing principles
  • Experience with at least one primary cloud provider (AWS, Azure, or GCP)
  • Knowledge of containerisation and basic Kubernetes concepts
  • Comprehension of networking and security fundamentals

Audience

  • Cloud architects and engineers
  • Solutions architects
  • Infrastructure managers
  • IT directors formulating cloud strategy
  • Compliance and security officers
 14 Hours

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