Course Length: 5 Days
Delivered: Virtually
OVERVIEW:
This course covers all aspects of how to architect for the cloud over four-and-a-half-days. It covers topics from Architecting on AWS and Advanced Architecting on AWS to offer an immersive course in cloud architecture. You will learn how to design cloud architectures, starting small and working to large-scale enterprise level design>and everything in between. Starting with the Well-Architected Framework, you will learn important architecting information for AWS services including: compute, storage, database, networking, security, monitoring, automation, optimization, benefits of de-coupling applications and serverless, building for resilience, and understanding costs This course may earn a Credly Badge.
COURSE PREREQUISITES:
We recommend that attendees of this course have:
- Attended AWS Technical Essentials classroom training or have equivalent experience
- Working knowledge of distributed systemsFamiliarity with general networking concepts
- Working knowledge of multi-tier architectures
- Familiarity with cloud computing concepts
TARGET AUDIENCE:
This course is intended for:
- Solutions Architects who are new to designing and building cloud architectures
- Data Center Architects who are migrating from on-premises environment to cloud architectures
- Other IT/cloud roles who want to understand how to design and build cloud architectures
COURSE OBJECTIVES:
In this course, you will learn how to:
- Make architectural decisions based on AWS architectural principles and best practices
- Use AWS services to make your infrastructure scalable, reliable, and highly available
- Use AWS Managed Services to enable greater flexibility and resiliency in an infrastructure
- Make an AWS-based infrastructure more efficient to increase performance and reduce costs
- Use the Well Architected Framework to improve architectures with AWS solutions
COURSE CONTENT:
1 - Module 1: Introduction
- The real story of AWS
- Well-Architected Framework
- Six advantages of the cloud
- Global infrastructure
2 - Module 2: The Simplest Architectures
- S3
- Glacier
- Choosing your regions
- Hands-on lab: Static Website
3 - Module 3: Adding a Compute Layer
- EC2
- Storage solutions for instances
- Purchasing options such as dedicated host vs instances
4 - Module 4: Adding a Database Layer
- Relational vs non-relational
- Managed databases
- RDS
- Dynamo DB
- Neptune
- Hands-on lab: Deploying a web application on AWS
5 - Module 5: Networking in AWS Part 1
- VPC
- CIDR and subnets
- Public vs private subnets
- NAT and internet gateway
- Security groups
6 - Module 6: Networking in AWS Part 2
- Virtual Private Gateway
- VPNDirect Connect
- VPC peering
- Transit Gateway
- VPC Endpoints
- Elastic Load Balancer
- Route 53
- Hands-on lab: Creating a VPC
7 - Module 7: AWS Identity and Access Management (IAM)
- IAM
- Identity federation
- Cognito
8 - Module 8: Organizations
- Organizations
- Multiple account management
- Tagging strategies
9 - Module 9: Elasticity, High Availability, and Monitoring
- Elasticity vs inelasticity
- Monitoring with CloudWatch, CloudTrail, and VPC Flow Logs
- Auto scaling
- Scaling databases
- Hands-on lab: Creating a highly available environment
10 - Module 10: Automation
- Why automate?
- CloudFormation
- AWS Quick Starts
- AWS Systems Manager
- AWS OpsWorks
- AWS Elastic Beanstalk
11 - Module 11: Deployment Methods
- Why use a deployment method?
- Blue green and canary deployment
- Tools to implement your deployment methods
- CI/CD
- Hands-on lab: Automating infrastructure deployment
12 - Module 12: Caching
- When and why you should cache your data
- Cloudfront
- Elasticache (Redis/Memcached)
- DynamoDB Accelerator
13 - Module 13: Security of Your Data
- Shared responsibility model
- Data classification
- Encryption
- Automatic data security
14 - Module 14: Building Decoupled Architecture
- Tight coupling vs loose coupling
- SQS
- SNS
15 - Module 15: Optimizations and Review
- Review questions
- Best practices
- Activity: Design and architecture - two trues and one lie
16 - Module 16: Microservices
- What is a microservice?
- Containers
- ECS
- Fargate
- EKS
17 - Module 17: Serverless
- Why use serverless?
- Lambda
- API Gateway
- AWS Step FunctionsHands-on lab: Implementing a serverless architecture with AWS Managed Services
18 - Module 18: Building for Resilience
- Using managed services greatly increases resiliency
- Serverless for resiliency
- Issues with microservices to be aware of
- DDoS
- Hands-on lab: Amazon CloudFront content delivery and automating WAF rules
19 - Module 19: Networking in AWS Part 3
- Elastic Network Adapter
- Maximum transmission units
- Global Accelerator
- Site to site VPN
- Transit Gateway
20 - Module 20: Understanding Costs
- Simple monthly calculator
- Right sizing your instances
- Price sensitive architecture examples
21 - Module 21: Migration Strategies
- Cloud migration strategies
- Planning
- Migrating
- Optimizing
- Hands-on lab: Application deployment using AWS Fargate
22 - Module 22: RTO/RPO and Backup Recovery Setup
- Disaster planning
- Recovery options
23 - Module 23: Final Review
- Architecting advice
- Service use case questions
- Example test questions
