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Make architectural decisions based on the AWS-recommended architectural principles and best practices.
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Leverage AWS services to make your infrastructure scalable, reliable, and highly available.
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Leverage AWS managed services to enable greater flexibility and resiliency in an infrastructure.
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Make an AWS-based infrastructure more efficient in order to increase performance and reduce costs.
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Use the Well-Architected Framework to improve architectures with AWS solutions.
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What is cloud computing?
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History of cloud
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Different vendors for Cloud
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Cloud main objectives
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IaaS overview
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PaaS overview
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SaaS overview
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Why AWS Cloud
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AWS Architecture
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Features of AWS cloud
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AWS Management Console
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AWS plugins
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AWS CLI
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AWS Blogs/Documentation
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Different instance types
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AMI’s
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Volumes
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Snapshots
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EIP’s
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Key pairs
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Security groups
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Network Interfaces
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Load balancers
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Auto scaling
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Tags
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What is s3?
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Buckets & objects
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Pre-signed URL
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Permissions
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Distributions
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Relation between Cloud front, S3 & glacier
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VPC basics
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Public subnets & private subnets
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Network ACL’s
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Difference between Network ACL & Security groups
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Route tables
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Internet gateways
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DHCP option sets
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Launch Servers with VPC.
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Basics of AWS permissions.
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Roles
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Profiles
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Policies
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MFA authentication
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User permissions
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Groups based
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AWS key & Secret Key
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What is no sql technologies
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Dynamo DB capacity
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Create tables & do a sample projects.
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Hosted zone
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Types(Cname, Ip address, MX)
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Change references to meet CName
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Email services
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SMTP Servers
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Queue creations
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Retention periods
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Dead letters
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Topic
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Subscriptions
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Notification & Applications
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Different Metrics
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Monitoring
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Custom metrics
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Cloud formation templates
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Complete resources & explanation with sample templates
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Why Code deploy
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How to apply patch with Code Deploy
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Workspaces
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Glacier
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Cloud Trail
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AWS Config
