AWS Certified CloudOps Engineer Associate (SOA-C03) Monitoring, Logging, Analysis, Remediation, and Performance Optimization
Course outline
Section 1: Implement Metrics, Alarms, and Filters by Using AWS Monitoring and Logging Services
Introduction to AWS CloudWatch
Lab: Creating AWS CloudWatch Dashboards
Exploring AWS CloudWatch Logs
Lab: Collecting Metrics and Logs Using the AWS CloudWatch Agent
Lab: Creating CloudWatch Metric Filters
Lab: Exploring CloudWatch Logs Insights
Receiving Notifications with AWS CloudWatch
Lab: Creating AWS CloudWatch Alarms
Lab: Configuring Composite Alarms
Introduction to AWS CloudTrail
Lab: Working with AWS CloudTrail
What Is Amazon Eventbridge?
Lab: Using Amazon EventBridge
AWS Container Orchestration Services
What Is Amazon Managed Service for Prometheus?
Section 2: Identify and Remediate Issues by Using Monitoring and Availability Metrics
Automated Remediation Strategies
Introducing AWS Auto Scaling
Lab: Creating AWS Auto Scaling Plans
What Are AWS User Notifications?
Lab: Configuring AWS User Notifications
Automating Processes Using AWS Systems Manager (SSM)
Lab: Automated Patching Using AWS Systems Manager
Lab: Automation Using AWS Systems Manager EC2 Run Command
Lab: Working with Amazon EventBridge Rules
Section 3: Implement Performance Optimization Strategies for Compute, Storage, and Database Resources
Performance Optimization Strategies
Understanding EBS Volumes and IOPS
Amazon EBS Performance Metrics
Lab: Monitoring Amazon EBS Volumes in CloudWatch
Introduction to S3
Lab: Creating an S3 Bucket
Increasing Amazon S3 Transfer Speeds with Transfer Acceleration
Enhancing Amazon S3 Performance with Multipart Uploads
Working with Amazon S3 Lifecycle Policies
Enhanced Data Transfer with AWS DataSync
Introducing Amazon EFS
Lab: Working with Amazon EFS
Optimizing Amazon EFS
Amazon EFS Lifecycle Policies
What Is AmazonFSx?
Lab: Monitoring Amazon RDS in CloudWatch
Increasing Scalability with RDS Proxy
Using Placement Groups to Optimize Amazon EC2 Performance