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Course Outline

Digital Sovereignty and Vendor Lock-In Risk

  • Clarifying the role of digital sovereignty within enterprise platform strategy for government
  • Identifying primary drivers of hyperscale vendor lock-in across infrastructure, data management, and managed services
  • Evaluating how open-source ecosystems and open standards enhance operational control, portability, and system resilience

Principles of Portable Platform Design

  • Defining the essential characteristics of a portable platform architecture
  • Engineering for consistent deployment across public cloud, private cloud, and on-premise environments
  • Mitigating reliance on provider-specific services and proprietary interfaces

Kubernetes and Container Technologies in Portable Architecture

  • Leveraging containers to ensure workload consistency across heterogeneous environments
  • The function of Kubernetes in standardizing application deployment and operational workflows
  • Key considerations for selecting open-source components within a Kubernetes-based framework

Open-Source Tooling for Delivery and Operations

  • Utilizing infrastructure as code and configuration management to establish repeatable environments
  • Implementing continuous integration, continuous delivery (CI/CD), and GitOps methodologies for controlled platform release
  • Enabling observability, logging, and monitoring through open-source solutions

Governance, Security, and Compliance

  • Establishing governance frameworks for sovereign platform adoption by government agencies
  • Addressing security requirements, policy enforcement, and software supply chain visibility
  • Harmonizing regulatory obligations with operational demands and platform engineering objectives

Adoption Roadmap and Next Steps

  • Evaluating current vendor lock-in risks and portability deficiencies
  • Establishing a target architecture and prioritizing migration initiatives
  • Developing an actionable strategy for team alignment, tool selection, governance integration, and phased implementation

Requirements

  • Fundamental knowledge of cloud computing architectures, containerization technologies, and enterprise information technology frameworks
  • Practical exposure to software platforms, infrastructure management, or application deployment within an organizational setting
  • Working familiarity with technical operations or strategic technology planning in a corporate environment

Target Audience

  • IT architects and platform engineering professionals
  • Managers overseeing cloud, infrastructure, and DevOps functions
  • Technology executives, enterprise architects, and digital transformation units serving the public sector for government entities
 7 Hours

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