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AWS Webcast - Disaster Recovery

Date post: 02-Dec-2014
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State, Local and Education customers are using the AWS cloud to enable faster disaster recovery of their mission critical IT systems without incurring the infrastructure expense of a second physical site. Join us for an informative webinar on how AWS cloud supports many popular disaster recovery (DR) architectures from “pilot light” environments that are ready to scale up at a moment’s notice to “hot standby” environments that enable rapid failover. With infrastructure centers in 10 regions around the world, AWS provides a set of cloud-based DR services that enable rapid recovery of your IT infrastructure and data.
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Using the AWS Cloud for Disaster Recovery Gerard Ngo Account Manager AWS Worldwide Public Sector
Transcript
Page 1: AWS Webcast - Disaster Recovery

Using the AWS Cloud for

Disaster Recovery

Gerard Ngo – Account Manager

AWS Worldwide Public Sector

Page 2: AWS Webcast - Disaster Recovery

What is AWS?

Basics of Disaster Recovery

Why AWS for Disaster Recovery?

AWS services that can be employed

Common DR architectures

Agenda

Page 3: AWS Webcast - Disaster Recovery

What is AWS?

Page 4: AWS Webcast - Disaster Recovery

Application Services

Compute Storage Databases

Networking

AWS Global Infrastructure

Deployment & Administration

AWS Platform

Page 5: AWS Webcast - Disaster Recovery

AWS Global Infrastructure

10 Regions

consisting of

26 Availability Zones

and

52 Edge Locations (CDN)

Customer Decides Where Applications and Data Reside

Page 6: AWS Webcast - Disaster Recovery

AWS Region View

- Independent/Separate Geographic Areas

- Isolated from other Regions (security boundary)

- = ~50 mile radius “clustered” data center architecture

- Comprised of multiple Availability Zones

- Availability Zone = 1 or more “data center”

- Availability Zones connected through redundant low-latency links

- Customer chooses a Region and Data stays within Region.

- Enables High-Availability Architecture

Availability

Zone A

Availability

Zone B

Availability

Zone C

Sample US Region

Page 7: AWS Webcast - Disaster Recovery

AWS Availability Zone (AZ) View

- Multiple Isolated locations within a Region

- Availability Zone = 1 or more “data center”

- Independent Failure Zone

- Physically separated

- On separate Low Risk Flood Plains

- Discrete UPS

- Onsite backup generation facilities

- Fed from different segments of utility provider

- Redundantly connected to multiple tier-1 ISP’s

- No “Disaster Recovery Datacenter”

- Built for Continuous Availability

- Customer decides Availability Zone for Compute

Availability

Zone AAvailability

Zone B

Availability

Zone C

Sample US Region

~ Data Center

Page 8: AWS Webcast - Disaster Recovery

Trusted by Enterprises Around the World

Page 9: AWS Webcast - Disaster Recovery

Public Sector Customers Worldwide

3800 public sector customers across the globe!

Page 10: AWS Webcast - Disaster Recovery

Certifications

SOC 2

ISO 27001

PCI DSS for EC2, S3, EBS,

VPC, RDS, ELB, IAM

FISMA Moderate Compliant

Controls

HIPAA & ITAR Compliant

Architecture

Physical Security

Datacenters in nondescript

facilities

Physical access strictly

controlled

Must pass two-factor

authentication at least twice

for floor access

Physical access logged and

audited

HW, SW, Network

Systematic change

management

Phased updates

deployment

Safe storage decommission

Automated monitoring and

self-audit

Advanced network

protection

Built to enterprise security standards

http://aws.amazon.com/security

Page 11: AWS Webcast - Disaster Recovery

Basics of Disaster

Recovery

Page 12: AWS Webcast - Disaster Recovery

DR is part of a wider set of policies and controls…

DR & business continuity

It’s not an all or nothing thing

Choose what needs to failover and what does not

Some things more important than others

Some things will still be working

High availability Backup Disaster recovery

Keep your applications

running 24x7

Make sure your data is protected

and can be recovered if it is lost

Get your applications and

data back after a major

disaster

Page 13: AWS Webcast - Disaster Recovery

Each set of IT assets will have different requirements…

DR & business continuity

Recovery Time Objective

(RTO)

How quickly you need this asset to be recovered?

e.g. 1min? 15min? 1hr? 4hrs? 1day?

Recovery Point Objective

(RPO)

How ‘fresh’ the recovery must be for the asset?

e.g. zero data loss, 15mins out of date?

Page 14: AWS Webcast - Disaster Recovery

Assets will sit on a spectrum of technical complexity…

DR & business continuity

Rebuild when

required from

offsite backup

Run hot-hot

configuration with

auto-failover

Page 15: AWS Webcast - Disaster Recovery

Why AWS for Disaster

Recovery?

Page 16: AWS Webcast - Disaster Recovery

The fundamental economic model…

Traditional, second datacenter

Primary SiteRouters

Firewalls

Network

Application Licenses

Operating Systems

Hypervisor

Servers

SAN fabric

Primary Storage

Backup

Archive

Secondary SiteRouters

Firewalls

Network

Application Licenses

Operating Systems

Hypervisor

Servers

SAN fabric

Primary Storage

Backup

Archive

Page 17: AWS Webcast - Disaster Recovery

The fundamental economic model…

Utility, on-demand datacenter

Primary SiteRouters

Firewalls

Network

Application Licenses

Operating Systems

Hypervisor

Servers

SAN fabric

Primary Storage

Backup

Archive

AWSRouters

Firewalls

Network

Application Licenses

Operating Systems

Hypervisor

Servers

SAN fabric

Snapshot Storage

Backup

Archive

Secondary

site costs

Page 18: AWS Webcast - Disaster Recovery

With utility services you might be able to:

Business & technical drivers

Reduce costs

Slash DR budgets by up to 50%

Reduce on-premise

Eliminate 30%+ of on-premise

physical equipment

Consolidate sites

Eliminate the need to run a

secondary site

Remove aging

technologies

Eliminate tape for backup and

archive

Page 19: AWS Webcast - Disaster Recovery

Challenges around Cost

Conventional DR Sites

High Cost

Low ROI

Implemented only for

most critical systems

Usually scaled down to

50% of production

Systems in a remote

region challenging

Page 20: AWS Webcast - Disaster Recovery

Cost Effective – On Demand Infrastructure

Disaster Recovery on AWS

Unprecedented

capabilities to implement

DR sites

Easily set up DR sites on

different geographic

regions

Cut down DR site cost by

up to 70%

Substantial savings on

software licenses

Page 21: AWS Webcast - Disaster Recovery

AWS services that can be

employed

Page 22: AWS Webcast - Disaster Recovery

Amazon

Simple

Storage

Service (S3)

AWS Import/Export

AWS Storage

Gateway Service

AWS Direct

Connect

Amazon Virtual

Private Cloud

(VPC)

Amazon

Route 53

Amazon Elastic

Compute Cloud

(EC2)

Amazon Relational

Database Service (RDS)

Amazon

Elastic Block

Storage (EBS)

Object storage &

transfer services

Networking services Foundation services

Page 23: AWS Webcast - Disaster Recovery

S3 and Elastic Block Store

AWS storage is ideal for DR

Simple Storage ServiceHighly scalable object storage

1 byte to 5TB in size

99.999999999% durability

Elastic Block StoreHigh performance block storage device

Volumes of 1GB to 1TB in size

Mount as drives to instances with

snapshot/cloning functionalities

Page 24: AWS Webcast - Disaster Recovery

Glacier

DurableDesigned for 99.999999999%

durability of archives

Cost effectiveWrite-once, read-never. Cost effective for long

term storage. Pay for accessing data

3 to 5 hour Retrieval time

Page 25: AWS Webcast - Disaster Recovery

Direct ConnectDedicated connection between your IT

infrastructure and the AWS datacenters

Extend your network infrastructure and

VLANs into AWS

VPN ConnectionA Hardware VPN connection connects

amazon environment to your datacenter

Internet Protocol security (IPsec) VPN

connection

Commonly used hardware supported

Virtual Private CloudPrivate, isolated section of the AWS Cloud

Launch resources in a virtual network that you

define

complete control over your virtual networking

environment

Internet

Internet

Connecting to AWS

Page 26: AWS Webcast - Disaster Recovery

Common DR architectures

Page 27: AWS Webcast - Disaster Recovery

4 main patterns

Common DR architectures

Backup & Restore Pilot light

Warm standby in

AWS

Multi-site solution in

AWS & on-premise

Page 28: AWS Webcast - Disaster Recovery

Let’s start with Backup & Restore

Common DR architectures

Backup & Restore Pilot light

Warm standby in

AWS

Multi-site solution in

AWS & on-premise

Page 29: AWS Webcast - Disaster Recovery

Advantages to starting a journey with this pattern

Backup & Restore pattern

Simple to get started

Easy starting point for exploring the AWS cloud

Low technical barrier to entry

Focus on incorporating cloud into your DR

strategy, not on complex technical issues

related to hot-hot systems

Cost effective

Very high levels of data durability at low price

Cost of storing snapshots in S3

Archiving possibilities beyond tape using Glacier

Page 30: AWS Webcast - Disaster Recovery

The preparation process…

Backup & Restore pattern

Take backups of

current systems

Store backups

in S3

Move to long term

archive in Glacier

Page 31: AWS Webcast - Disaster Recovery

The process…

Backup & Restore pattern

Take backups of

current systems

Store backups

in S3

Detail how you will restoring from backup or

recover from archive

Move to long term

archive in Glacier

Page 32: AWS Webcast - Disaster Recovery

Push backups to AWS

Page 33: AWS Webcast - Disaster Recovery

Recover servers during DR

Page 34: AWS Webcast - Disaster Recovery

Let’s look at the Pilot Light pattern…

Common DR architectures

Backup & Restore Pilot light

Warm standby in

AWS

Multi-site solution in

AWS & on-premise

Page 35: AWS Webcast - Disaster Recovery

Moving along the DR spectrum…

Pilot light architecture

Build resources

around replicated

dataset

Keep ‘pilot light’ on by replicating core

databases

Build AWS resources around dataset

and leave in stopped state

Scale resources in AWS

in response to a DR

event

Start up pool of resources in AWS when

events dictate

Match current production capacity

through auto-scaling policies

Page 36: AWS Webcast - Disaster Recovery

Pilot light

Page 37: AWS Webcast - Disaster Recovery

Pilot light

Page 38: AWS Webcast - Disaster Recovery

Let’s look at the Warm standby pattern…

Common DR architectures

Backup & Restore Pilot light

Warm standby in

AWS

Multi-site solution in

AWS & on-premise

Page 39: AWS Webcast - Disaster Recovery

Moving along the DR spectrum…

Warm standby architecture

Build resources

around replicated

environment

Operate a warm standby by replicating

app servers and core databases

Build AWS resources around dataset

and run in limited capacity

Page 40: AWS Webcast - Disaster Recovery

Moving along the DR spectrum…

Warm standby architecture

Build resources

around replicated

environment

Operate a warm standby by replicating

app servers and core databases

Build AWS resources around dataset

and run in limited capacity

Scale resources in AWS

in response to a DR

event

Scale up pool of resources in AWS when

events dictate

Match current production capacity

through auto-scaling policies

Page 41: AWS Webcast - Disaster Recovery

Warm standby - prep

Page 42: AWS Webcast - Disaster Recovery

Warm standby - recovery

Page 43: AWS Webcast - Disaster Recovery

Let’s look at the Multi-site pattern…

Common DR architectures

Backup & Restore Pilot light

Warm standby in

AWS

Multi-site solution in

AWS & on-premise

Page 44: AWS Webcast - Disaster Recovery

Moving along the DR spectrum…

Multi-site architecture

Deploy resources

necessary to operate

full production

Operate a full stack by replicating app

servers and core databases

Fail over to AWS in

response to a DR event

Sufficient resources in AWS to handle full

peak load

Page 45: AWS Webcast - Disaster Recovery

Multi-site - prep

Page 46: AWS Webcast - Disaster Recovery

Multi-site - recovery

Page 47: AWS Webcast - Disaster Recovery

Where to learn more

Page 48: AWS Webcast - Disaster Recovery

Resources

Disaster Recovery on AWS: aws.amazon.com/disaster-recovery

Architecture Center: aws.amazon.com/architecture

Using AWS for Disaster Recovery

http://media.amazonwebservices.com/AWS_Disaster_Recovery.pdf

Backup and Recovery Approaches Using AWS

http://media.amazonwebservices.com/AWS_Backup_Recovery.pdf


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