1
Q
Cloud Concepts Domain
A
- Define the value proposition of the AWS Cloud
- Identify design principles of AWS Cloud
- Understand benefits and strategies for migrating existing infrastructure to AWS Cloud
- Understand concepts of cloud economics
2
Q
What is the Cloud?
A
- The internet; worldwide network with communication
- Browser =request=> ISP =request=> Server => Web Host =packets=> Browser
3
Q
What is Cloud Computing?
A
- On-demand delivery of compute, database storage, application, and other IT resources
- Pay as you go
4
Q
Features of Cloud Computing
A
- Instantaneous access when and where you want it
- More flexible and affordable than legacy infrastructure
- Affordable for smaller budgets
5
Q
A Brief History of the Cloud
A
- Mainframe computing (1950s)
- Virtual machines (1970)
- Hypervisor: software that links multiple hardware to use as one giant computer
6
Q
Cloud Computing in Daily Life
A
- Email streaming, Microsoft Office, G-Suite
- Free tier, mid-tier, high-tier
7
Q
Advantages of Cloud Computing
A
- Trade capital expense for variable expense (pay as you go)
- Benefit from massive economies of scale (cheaper)
- Increase speed and agility
- Stop spending money running and maintaining data centers
8
Q
AWS Well-Architected Framework
A
- Cost Optimization
- Reliability
- Operational Excellence
- Performance
- Security
- Sustainability
9
Q
Cost Optimization in AWS Well-Architected Framework
A
- Use what you need
- Reserve resources in advance
- Monitor for optimization
10
Q
Reliability in AWS Well-Architected Framework
A
- Test disaster recovery settings
- Incorporate redundancy by having duplicate copies of resources
11
Q
Operational Excellence in AWS Well-Architected Framework
A
- Document everything
- Refine operational procedures
- Anticipate failure and learn from it
12
Q
Security in AWS Well-Architected Framework
A
- Automate best practices
- Always protect data
- Enable traceability
- Manage access
13
Q
AWS Cloud Adoption Framework (AWS CAF)
A
- Best practices to help successful infrastructure migration to the cloud
- Provides recommendations for implementing, adopting, configuring, and maintaining effective workflows in the cloud
14
Q
AWS Cloud Adoption Framework Transformation Value Chain
A
- Technological transformation
- Process transformation
- Organizational transformation
- Product transformation
15
Q
AWS Cloud Adoption Framework Technological Transformation
A
- Utilize the cloud to migrate and modernize legacy infrastructure applications, and data and analytics platforms
16
Q
AWS Cloud Adoption Framework Process Transformation
A
- Digitize, automate, and optimize business operations
17
Q
AWS Cloud Adoption Framework Organizational Transformation
A
- Reimagine the operational model or how your business and technology teams work together to create customer value and meet strategic goals
18
Q
AWS Cloud Adoption Framework Product Transformation
A
- Reimagine the business model by creating new value propositions and revenue models
19
Q
AWS Cloud Adoption Framework Key Business Outcomes
A
- Reduced business risk
- Improved environmental, social, and governance (ESG) performance
- Revenue growth
- Increased operational efficiency
20
Q
AWS Cloud Adoption Framework Perspectives
A
- Business perspective
- People perspective
- Governance perspective
- Platform perspective
- Security perspective
- Operations perspective
21
Q
AWS Cloud Adoption Framework Business Perspective
A
- Ensure that cloud investments accelerate digital transformation and business outcomes
- Stakeholders: CEO, CFO, COO, CIO, CTO
- Examples: strategy and product management
22
Q
AWS Cloud Adoption Framework People Perspective
A
- Create a culture of continuous growth and learning where change is embraced
- Stakeholders: CIO, COO, CTO, cloud director, cross-functional leaders
- Examples: cloud fluency of employees and organizational design
23
Q
AWS Cloud Adoption Framework Governance Perspective
A
- Maximize organizational benefits while minimizing cloud-transformation related risks
- Stakeholders: chief transformation officer, CIO, CTO, CFO, chief data officer, chief risk officer
- Examples: risk-management and data governance
24
Q
AWS Cloud Adoption Framework Platform Perspective
A
- Build enterprise-grade, scalable, hybrid cloud platforms, implement cloud-native solutions, and modernize existing infrastructure
- Stakeholders: CTO, technology leaders, technology architects, technology engineers
- Examples: platform engineering and modern application development
25
AWS Cloud Adoption Framework Security Perspective
- Achieve the confidentiality, integrity, and availability needs of cloud data and workloads
- Stakeholders: chief information security officer, chief compliance officer, internal audit leaders, security architects, and security engineers
- Examples: security governance and threat detection
26
AWS Cloud Adoption Framework Operations Perspective
- Ensure that the cloud services meet business needs
- Stakeholders: infrastructure leaders, operations leaders, site reliability engineers, and IT service managers
- Examples: observability management and incident and problem management
27
Cloud Transformation Journey
- Envision: demonstrate how cloud adoption will help accelerate business outcomes and objectives
- Align: identify capability gaps across the six CAF perspectives, identify cross-organizational dependencies, and recognize stakeholder concerns
- Launch: deliver pilot initiatives in production and demonstrate incremental business value before scaling to production
- Scale: expand plots, scaling up to meet desired business needs while sustaining business benefits
28
A Brief History of AWS
- Launched international as Amazon.com Web Service in 2002
- Amazon evolved from online store to service company
- 10% of Amazon's revenue in 2017
29
What is AWS?
- Provides IT infrastructure serves to organizations as web services
- Resources are accessed using the internet
- Utilizes pay-as-you-go model
- Many groups of services
- Flexibility, reliability, and affordability
30
AWS Compute Services
- Virtual server hosting, container management, and serverless computing
- Rent server computer space and capacities for cheap
31
AWS Storage Services
- Storage for both in-use and archival files
- Different costs associated with how often you need to access the files and how durable or available you want them to be
32
AWS Database Services
- Fully managed relational and NoSQL databases (RDS and DynamoDB)
- Fully managed scalable petabyte-scale data warehouse service (Redshift and Elastic Cache)
- Scalable and cost-efficient
Computer Science Skills
flashcards
Decks in class (6)
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