Comparing Cloud to On-premises Computing

(1)

Part 2

Comparing Cloud to

On-premises Computing

(2)

CCA 1.01: What is Cloud Computing ► Part 2: Comparing Cloud to On-prem

Cloud vs. On-Premises Comparison

Cloud On-Premises

(3)

Cloud vs. On-Premises Comparison



No upfront investment



Low on-going costs



Focus on innovation



Flexible capacity



Speed and agility



Global reach on demand



Large initial purchases



Labor, patches and upgrade cycles



Systems administration



Fixed capacity



Procurement and setup



Limited geographic regions

 Install and configure

 Physical space, cooling, power

 Cabling, networking, racks, servers, storage

 Labor, certification…

 Click to order resources

 Immediate access

 Go!

(4)

Cloud vs. On-Premises Comparison



Low on-going costs



Focus on innovation



Flexible capacity



Speed and agility



Fixed capacity



 Continually lower prices

 Optimize costs with pricing options

 Patches and upgrades

 Labor and system administration

(5)

Cloud vs. On-Premises Comparison



Low on-going costs



Focus on innovation



Flexible capacity



Speed and agility



Fixed capacity



 Application development  Non-differentiated operations

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Cloud vs. On-Premises Comparison



Low on-going costs



Focus on innovation



Flexible capacity



Speed and agility



Fixed capacity



 Provision the resources you need

 Turn off what you don’t need

 Idle resources

 Inadequate capacity

(7)

Cloud vs. On-Premises Comparison



Low on-going costs



Focus on innovation



Flexible capacity



Speed and agility



Fixed capacity



(8)

Cloud vs. On-Premises Comparison



Low on-going costs



Focus on innovation



Speed and agility



Flexible capacity



Fixed capacity

 Fast, on-demand provisioning  Lengthy, labor-intensive provisioning

(9)

Cloud vs. On-Premises Comparison



Low on-going costs



Focus on innovation



Speed and agility



Flexible capacity



Fixed capacity

 Deploy in any AWS region on-demand

 Lower latency to distributed user bases

 Costly to build a global infrastructure

(10)

Cloud vs. On-Premises Comparison



Low on-going costs



Focus on innovation



Speed and agility



Flexible capacity



Fixed capacity

(11)

Part 3

AWS Cloud Infrastructure

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CCA 1.01: What is Cloud Computing ► Part 3: AWS Infrastructure

On-demand Services Through AWS

Traditional Infrastructure

Network

VPC Amazon

Machine Image EC2

Instances On-Premises

Servers

Security

Groups NACLs

Firewalls ACLs Administrators Identity Access

Management

Router Network Pipeline Switch Elastic

Load Balancing

RDBMS RDBMS

Amazon Web Services

Security Security

VPC

Networking Networking

Servers Servers

Storage and Database Storage and

Database DASDAS SANSAN NASNAS

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Regions and Availability Zones

OREGON

N. CALIFORNIA

AWS GOVCLOUD OHIO

N. VIRGINA MONTREAL

SÃO PAULO IRELAND

UK PARIS

(coming soon)

FRANKFURT

NINGXIA

(coming soon)

INDIA

SINGAPORE

SYDNEY

BEIJING

SEOUL

TOKYO

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Regions

Geographic locations

Consists of at least two Availability Zones(AZs)

Availability Zones

Clusters of data centers

Isolated from failures in other Availability Zones Connected through low-latency links

Regions and Availability Zones

Note: Conceptual drawing only. The number of Availability Zones (AZ) may vary.

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Edge Locations

70+ AWS Edge Locations:

Local points-of-presence that support AWS services like:

Amazon Route 53

Amazon CloudFront

AWS WAF

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Foundation Services

Compute

(Virtual, Auto-scaling and Load Balancing)

Networking

Applications Virtual Desktops Collaboration and Sharing

Platform Services

Caching Relational

No SQL

Cluster Computin Real-timeg

Data Workflows

Data Warehouse

Queuing Orchestratio App Streamingn

Transcoding Email Search

Containers Dev/ops Tools Resource Templates

Usage Tracking Monitoring and Logs

Identity Sync Mobile Analytics

Notifications

Databases Analytics App

Services

Deployment and Management

Mobile Services

Storage

(Object, Block and Archive)

AWS Cloud Computing

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Compute Network Storage Security &

Identity Applications AWS Foundation Services

Amazon EC2

Amazon EC2 Container Registry

Amazon EC2 Container Service Amazon Lightsail

Amazon VPC

AWS Batch

AWS Elastic Beanstalk

AWS Lambda

Amazon CloudFront

Amazon Route 53

Amazon VPC

AWS Direct Connect

Elastic Load Balancing

Amazon EFS

Amazon Glacier

Amazon S3

AWS Snowball

AWS Storage Gateway

Amazon Inspector

AWS Artifact

AWS Certificate Manager AWS CloudHSM

AWS Directory Service

IAM

AWS KMS

AWS Organizations

AWS Shield

Amazon WorkDocs

Amazon WorkMail

Amazon AppStream

Amazon WorkSpaces

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Databases Analytics App Services Management

Tools Developer

Tools Mobile

Services Internet of Things

AWS Platform Services

Amazon DynamoDB

Amazon RDS Amazon ElastiCache

Amazon Redshift

Amazon Athena

Amazon Redshift Amazon

CloudSearch Amazon EMR

Amazon ES

Amazon Kinesis

Amazon QuickSight

Amazon API Gateway Amazon AppStream 2.0 Amazon Elastic Transcoder Amazon SWF

AWS Step Functions

Amazon CloudWatch AWS

CloudFormation AWS

CloudTrail AWS Config

AWS Managed Services AWS OpsWorks AWS

Service Catalog AWS Trusted Advisor

AWS CodeBuild

AWS CodeCommit

AWS CodeDeploy

AWS CodePipeline

AWS X-Ray

Amazon API Gateway Amazon Cognito Amazon Mobile Analytics Amazon Pinpoint

AWS Device Farm AWS Mobile Hub

AWS IoT

AWS Greengrass

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In review…

Definition of Cloud Computing

Comparing Cloud to On-premises Computing AWS Cloud Infrastructure

Knowledge Assessment

(20)

Up Next…

CCA 1.02: Leveraging Cloud Computing

(21)

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