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AWS Architect Learning Path - Coggle Diagram
AWS Architect Learning Path
AWS Well Architected Framework
The
Well-Architected framework
was created to ensure customers that thinking in
cloud natively
, provide
consistent approach to evaluating architecture
, and are thinking about the
foundational
areas that are often neglected
The
Well-Architected framework
is made up of
Questions
,
Design Principles
and
Pillars
Pillars
Operational Excellence
The
Operational Excellence pillar
focuses on how your organization supports your business objectives, the ability to
run and monitor systems to deliver business values
, and
continual improvement of supporting processes and procedures
Focus Areas
Organization
Customers need to understand their Organization's priorities, their organizational structure and how their organization support their team members so that team members can support business outcomes
Prepare
Customers need to design their architecture for operations.
Customers need to review the readiness of their workloads, and team, in order to make informed decisions about when they care ready to go live or implement significant changes
Operate
Customers need to know how to operate their workload and understand health of their workload and operations activities.
Through this understanding , they can identify when organizational and business outcomes are at risk and respond appropriately
Evolve
Customers need to have a process for continuous improvement of both their workload and their operation activities
Feedback Loops, learning from experience , making improvements and sharing what is learned to benefit their entire organization.
Perform Operation as code
is the design principal for Operational Excellence.
Security
The ability to protect information, system and assets while delivering business values through risk assessments and mitigation strategies
Focus Areas
Identity and Access Managment
IAM
AWS STS
Detection
CloudTrail
AWS S3 Event Logs
VPC Logs
CloudWatch
Amazon GuardDuty
Infrastructure protection
Amazon Cloudwatch logs
AWS Config rules
Amazon Inspector
Data Protection
AWS KMS
Incident response
IAM
Cloud Trail
Cloudwatch Logs
AWS Step Functions
Design Principles
Implement a string identity foundation
Use fine-grained access controls.
Apply security at all layers
Automate security best practice
Prepare for security events and automation
AWS Services
AWS Accounts
AWS Organizations
AWS Control Towers
Reliability
The Reliability pillar focus on the ability to recover from failure and meet demand in the following Area
Foundational
elements that is around setup and cross-project requirements
Architecture
choices we make in designing distributed systems
How to handle
change management
Recovering from failure with
failure management
Focus Area
Recover from Infrastructure or service distruption
Dynamically acquire computing resource to meet demand
Mitigate Disruption
Design Principles
Automatically recover from failure
Test recovery Procedures
Scale horizontally to increase aggregate workload availability
Stop guessing Capacity
Manage change in automation
Performance Efficiency
The Performance Efficiency pillar focus on ability to use computing resources efficiently to meet system requirements and to maintain that efficiency as demand changes and technologies evolve
Focus Areas
Selecting the right resource type for
computing
,
storage
,
databases
and
networking
Review your selection as AWS continuous to innovate with new resource type and features
Being aware of how your resources are performing through monitoring
Making architectural trade-off to maximize your performance efficiency
Cost Optimization
The Cost Optimization pillar is al about the ability to achieve business outcome at the lowest price point
Focus Areas
Cloud Financial Management: Realize business value and financial success as you optimize cost and usage
Controlling and understanding where your money is being spent with expenditure awareness
Select cost-effective resource types such as Reserved instance and Spot Instances
Managing Demand and supplying resources such as autoscaling, caching, or queuing
Optimizing over time by taking advantage of new services or features
Continuous Integration and Delivery
AWS Code Commit
AWS Code Pipleline
AWS Code Build
AWS Code Deploy