AWS Global Infrastructure: Curriculum Overview
The AWS Global Infrastructure
AWS Global Infrastructure: Curriculum Overview
Welcome to the curriculum overview for The AWS Global Infrastructure. This document outlines the learning path for understanding the physical and logical components that make up Amazon Web Services. As a leader in the Gartner Magic Quadrant for Cloud Infrastructure and Platform Services, AWS provides a vast, highly available, and globally distributed network. This curriculum bridges foundational concepts (Regions, AZs) with advanced edge and hybrid capabilities (Wavelength, Outposts, Local Zones) and operational tooling (CLI, SDKs).
Prerequisites
Before beginning this curriculum, learners should have a solid foundation in basic computing and network principles.
- Fundamental Cloud Knowledge: Basic understanding of cloud computing models (IaaS, PaaS, SaaS).
- Networking Basics: Familiarity with concepts like IP addressing, latency, subnets, and DNS.
- Command-Line Comfort: Basic experience using terminal environments (Bash, PowerShell) is recommended for the automation modules.
- Security Concepts: High-level understanding of DDoS attacks and web application firewalls.
[!IMPORTANT] While you don't need prior AWS experience, creating an AWS Free Tier account is highly recommended to follow along with the hands-on labs.
Module Breakdown
This curriculum is divided into four progressively advanced modules, guiding you from high-level geography to deep operational management.
| Module | Title | Difficulty | Est. Time | Core Topics |
|---|---|---|---|---|
| 1 | Core Global Architecture | Beginner | 2 Weeks | Regions, Availability Zones (AZs), Edge Locations |
| 2 | Advanced Edge & Hybrid | Intermediate | 2 Weeks | Local Zones, Wavelength, AWS Outposts, Direct Connect |
| 3 | Edge Security & Protection | Intermediate | 1 Week | AWS Shield (Standard vs. Advanced), DDoS Mitigation |
| 4 | Infrastructure Operations | Advanced | 3 Weeks | Management Console, AWS CLI, Automation, Health APIs |
The Infrastructure Hierarchy
The following diagram illustrates the relationship between the core components you will study:
Learning Objectives per Module
Module 1: Core Global Architecture
- Define the role of an AWS Region and explain the criteria for selecting a region (e.g., compliance, latency, cost).
- Understand how Availability Zones (AZs) provide high availability and fault tolerance through isolated power, cooling, and networking.
- Identify the purpose of the 600+ Edge Locations in accelerating content delivery via Amazon CloudFront.
Module 2: Advanced Edge & Hybrid
- Differentiate between Local Zones (bringing compute closer to large populations) and Wavelength Zones (bringing compute to 5G mobile networks).
- Explain how AWS Outposts extends AWS infrastructure natively into on-premises data centers.
- Architect hybrid network connections using Direct Connect locations and public/private virtual interfaces.
Module 3: Edge Security & Protection
- Compare AWS Shield Standard (free, built-in protection) and AWS Shield Advanced ($3,000/month organization fee, advanced DDoS mitigation, Shield Response Team access).
- Design global architectures that leverage Shield Advanced for CloudFront, Route 53, and Global Accelerator endpoints.
Module 4: Infrastructure Operations
- Transition from manual click-streams in the AWS Management Console to automated provisioning via the AWS CLI and SDKs.
- Utilize AWS Systems Manager (SSM) and EventBridge to automate remediation across the global fleet.
- Query and filter CLI outputs effectively to gain full visibility of distributed resources.
Success Metrics
How will you know you have mastered the AWS Global Infrastructure curriculum? You will be evaluated against the following performance indicators:
- Architectural Diagramming: Successfully design a multi-region, highly available architecture that utilizes Multi-AZ deployments and edge caching mechanisms.
- Latency Optimization: Demonstrate the ability to select the correct edge service (e.g., Wavelength vs. Local Zone) to achieve sub-10 millisecond () latency for specific application workloads.
- Security Configuration: Correctly evaluate when a workload requires AWS Shield Advanced versus Standard based on budget constraints and risk profiles.
- Operational Automation: Successfully write and execute a shell script using the AWS CLI to provision resources in multiple regions simultaneously without using the Management Console.
Real-World Application
Understanding the global infrastructure is not just academic; it dictates how real-world applications scale, perform, and survive failures.
Use Case: Ultra-Low Latency Mobile Gaming
By utilizing Wavelength Zones, traffic from a mobile device can reach application servers without ever leaving the mobile provider's network. This reduces network hops and drops latency to single digits.
Use Case: Data Residency & Compliance
Many financial institutions must keep data within their physical borders or specific facilities. By deploying AWS Outposts, SysOps administrators can utilize familiar AWS APIs and tools while ensuring data physically remains in their local data center to meet strict regulatory compliance.
Use Case: Automated Fleet Management
Instead of logging into the console to deploy updates across 33 regions, a CloudOps Engineer uses the AWS CLI and Systems Manager (SSM) Automation runbooks to patch managed nodes globally, ensuring consistent security postures across the entire infrastructure footprint.