aws june 2016 webinar series - best practices for architecting cloud backup and recovery solutions

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© 2016, Amazon Web Services, Inc. or its Affiliates. All rights reserved. David Potes, AWS Partner Solutions Architecture 6/28/2016 Getting Started with the Hybrid Cloud: Enterprise Backup and Recovery

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Page 1: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

© 2016, Amazon Web Services, Inc. or its Affiliates. All rights reserved.

David Potes, AWS Partner Solutions Architecture

6/28/2016

Getting Started with the Hybrid Cloud: Enterprise Backup and

Recovery

Page 2: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Why Hybrid Cloud for Backup & Restore?

Save the day! Simple way to start using the cloud Addresses the cost and scale problems of data retention

Capitalize on your investments 3rd parties with Cloud Connectors Cloud Gateway: local performance with cloud scale

Take it to the next level Migrate old backups from on-prem ($$$$$) to the cloud ($) Eliminate tapes, trucks, trucks with tapes. Be green!

Page 3: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Applicationservers

Local disk

MediaServer

Tape Storage

Data Bunker

Backup and Recovery before the Cloud

Page 4: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Amazon S3

Amazon GlacierAWS

DirectConnect

InternetAmazon S3-IA

Applicationservers

Cloud Gateway

Local disk

MediaServer

Cloud Gateway

HTTPS/API

Applicationservers

Cloud Connector

Local diskMedia

Server with cloud

connector

HTTPS/API

Backup and Recovery to the Cloud

Page 5: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

What should I use, and when?

Economics Easy to Use Reduce risk Agility, Scale Pay as you go

No upfront investment

No commitment

No risky capacity planning

Self service administration

SDKs for simple integration

Durable and Secure

Avoid risks of physical media handling

Reduce time to market

Focus on your business, not your infrastructure

Amazon S3Durable object storage

for all types of data

Amazon EBSBlock storage for use

with Amazon EC2

Amazon GlacierArchival storage for infrequently accessed data

Amazon EFSFile storage for use with Amazon EC2

Page 6: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Cloud Gateway: AWS Storage Gateway

Amazon EBS snapshots

Amazon S3

Amazon Glacier

AWSStorage Gateway

appliance

Applicationserver

AWSStorage Gateway

backendAWS

DirectConnect

Internet

Customer premises

Page 7: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

GATEWAY-STORED VOLUME ARCHITECTURE

iSCSI

AWS Storage Gateway VM

Upload Buffer

Volume VolumeStorage

TAR

GE

T

Client

Users

INIT

IATO

R

Application Servers

INIT

IATO

R

iSCSI

Amazon EBS snapshots

AWS Storage Gateway Service

Customer Data Center

Cloud Gateway: AWS Storage Gateway

Page 8: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

iSCSI

AWS Storage Gateway VM

Upload Buffer

CacheStorage

TAR

GE

T

Client

Users

INIT

IATO

R

Application Servers

INIT

IATO

R

iSCSIAmazon EBS

snapshotsAWS

Storage Gateway Service

Customer Data Center

HTTPS

Volume Storage

backed by Amazon S3

Cloud Gateway: AWS Storage GatewayGATEWAY-CACHED VOLUME ARCHITECTURE

Page 9: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

AWS Storage Gateway VM

Upload Buffer

CacheStorage

ME

DIA

C

HA

NG

ER

BackupServer

INIT

IATO

R

Virtual Tape Shelf backed by Amazon Glacier

AWS Storage Gateway Service

Customer Data Center

HTTPS

Gateway-VTL storage backed by Amazon S3

TAP

E

DR

IVE

VTS

Cloud Gateway: AWS Storage GatewayGATEWAY-VIRTUAL TAPE LIBRARY ARCHITECTURE

Page 10: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Cloud Gateway: NetApp AltaVault

Common backup applications integrated with AltaVaultSolve backup & archive headaches with cloud-integrated storage

90% reduction in time, cost, and data volumes Shrink recovery times from days to minutes 85% of backup & software providers supported

On Premises

Cloud-integrated storage appliance

NetApp AltaVault

FAS

E-SeriesNon-NetApp

Storage

Seamlessly integrates into existing storage and backup

software environment

Deduplicates, compresses, and encrypts

Caches recent backups locally, vaults older copies to

the cloud

NetApp SnapProtect Arcserve CommVault Simpana EMC NetWorker HP Data Protector IBM Tivoli

Storage Manager

Symantec Backup Exec

Symantec (Veritas) NetBackup

Veeam Microsoft SQL

Server Oracle RMAN

Store data in the public or private cloud of choice

Amazon S3

Amazon Glacier

Amazon S3-IA

AltaVault also available on marketplace to protect cloud-native workloads

Page 11: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Cloud Connectors: CommVault Simpana

Backup Agent

Users

Mas

ter

Ser

ver

Med

iaA

gent

Amazon S3

Customer Data Center

Med

iaA

gent

Cloud Storage Library

AWS ENABLED COMMCELL ARCHITECTURE

Page 12: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Backup Agent

Users

Mas

ter

Ser

ver

Med

iaA

gent

Amazon S3

Customer Data Center

Cloud Connectors: CommVault Simpana

Med

iaA

gent

Cloud Storage Library

Amazon Glacier

AWS ENABLED COMMCELL ARCHITECTURE

Page 13: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Backup Agent

Users

Mas

ter

Ser

ver

Med

ia

Ser

ver

Amazon S3

Customer Data Center

Cloud Connectors: Veritas NetBackup

Med

ia

Ser

ver

Cloud Storage

Disk Pool

AWS ENABLED NETBACKUP ARCHITECTURE

Page 14: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Active Archive

Page 15: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

All data encrypted end-to-end

Rain & dust resistant

Tamper-resistant case & electronics

E-ink shipping label

Ruggedizedcase “8.5G Impact”

80 TB 10GE network

What is Snowball? Petabyte scale data transport

Page 16: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

How it works

Page 17: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Less than 1 day to transfer 250TB via 5x10G connections with 5 Snowballs, less than 1 week including shipping

Number of days to transfer 250TB via the Internet at typical utilizations

Internet Connection SpeedUtilization 1Gbps 500Mbps 300Mbps 150Mbps

25% 95 190 316 63250% 47 95 158 31675% 32 63 105 211

How fast is Snowball?

Page 18: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Cloud Migration

Disaster Recovery

DatacenterDecommission

ContentDistribution

When to use AWS Import/Export Snowball

Page 19: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

S3-XA: up to 300% faster with one click

Automatically changes the DNS name for the bucket (route53)Bucket traffic moves to Amazon’s CDN network (CloudFront)

1 2

Page 20: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

AWS Snowball

AWS S3-XA

When to use Snowball vs S3-XA?

Supports import and export Currently in US West (Oregon), US East (N. Virginia) Coming to US West (N. California), GovCloud (US), Asia Pacific (Sydney), and EU

(Ireland) regions expected by end of 2016 Supports large data transfers, from TBs to PBs

Supports accelerating transfers into and out of S3, using AWS Edge Locations: Checkbox WAN acceleration Up to 6 times faster than regular networks Faster or free! 55 AWS Edge Locations Globally

Page 21: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Use Amazon Glacierfor lowest-cost, durable cold

storage of archival data

Use Amazon S3 for reliable,

durable primary storage

Use Amazon S3 Infrequent Access

Storage for secondary backups

at a lower cost

S3-IA

Tiering on AWS: optimize your storage spend

Page 22: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Key prefix “logs/” Transition objects to Glacier 30 days after creation Delete 365 days after creation date

<LifecycleConfiguration> <Rule>

<ID>archive-in-30-days</ID> <Prefix>logs/</Prefix> <Status>Enabled</Status> <Transition>

<Days>30</Days>

<StorageClass>GLACIER</StorageClass> </Transition> <Expiration>

<Days>365</Days> </Expiration>

</Rule></LifecycleConfiguration

S3 lifecycle policies

Page 23: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions
Page 24: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

What about WORM?

SEC Rule 17a-4(f) FINRA Rule 4511 CFTC Regulation 1.31

Data Storage for the Long Haul: Compliance and Archive

Room E3523:30PM-4:30PM

Page 25: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions

Remember to complete your evaluations!

Page 26: AWS June 2016 Webinar Series - Best Practices for Architecting Cloud Backup and Recovery Solutions