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 Duration 7 hours

Course Outline

Digital Sovereignty and Mitigation of Vendor Dependency

  • Defining digital sovereignty within the context of enterprise technology governance
  • Identifying common vectors of hyperscaler dependency across infrastructure, data management, and managed services
  • Leveraging open source frameworks and open standards to enhance operational control, asset portability, and systemic resilience

Core Principles for Portable Platform Architecture

  • Key attributes that characterize a portable technology stack
  • Designing for uniform deployment across public cloud, private cloud, and on-premise infrastructures
  • Minimizing reliance on provider-proprietary interfaces and services

Integration of Kubernetes and Containerization in Portable Architectures

  • How containerization enhances workload consistency and predictability across disparate environments
  • The function of Kubernetes in standardizing application deployment workflows and operational practices
  • Critical factors for selecting open-source components within a Kubernetes-based ecosystem

Open-Source Tooling for Delivery and Operational Oversight

  • Implementing Infrastructure as Code and configuration management for reproducible environment setups
  • Applying CI/CD and GitOps methodologies for controlled and auditable platform delivery
  • Establishing observability, logging, and monitoring capabilities using open-source solutions

Governance, Security, and Regulatory Compliance

  • Establishing governance frameworks for the adoption of sovereign platforms
  • Addressing security policies and software supply chain transparency
  • Harmonizing regulatory mandates with operational requirements and platform engineering objectives

Admission Roadmap and Strategic Implementation

  • Conducting an assessment of current vendor lock-in risks and portability deficiencies
  • Defining a feasible target architecture and prioritizing migration initiatives
  • Developing an action plan for personnel, tooling, governance structures, and phased implementation

Requirements

  • Fundamental understanding of cloud computing, containerization, and enterprise IT frameworks
  • Prior experience with software platforms, infrastructure management, or application delivery within an organizational setting
  • Familiarity with technical operations or technology planning in a business context

Audience

  • IT architects and platform engineers
  • Cloud, infrastructure, and DevOps managers
  • Technology leaders, enterprise architects, and digital transformation teams

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