How One Growing U.S. County Protects Residents' Data on AWS

© 2018, Amazon Web Services, Inc. or its affiliates. All rights reserved.
May 17, 2018 | 10:00 AM PT
How one growing U.S. county
protects residents’ data on
Amazon Web Services, Inc.
(AWS)

Today’s presenters
Juan Villa, Partner Solutions Architect, Amazon Web Services, Inc.
Elio Gerardi, Cloud Solutions Architect, NetApp, Inc.

Today’s agenda
• An overview of backup and recovery and AWS
• Back up and recover data swiftly and securely with NetApp
• Legacy tape backups at a growing U.S. county and a major
university
• Q&A/discussion

Learning objectives
• Migrate from a legacy tape-based backup system.
• Reduce data storage using inline deduplication and compression.
• Embrace a modern cloud-based data backup solution using Amazon
S3.
• Achieve enterprise-class data protection and recoverability.

Backup and recovery on
AWS
Juan Villa, Partner Solutions Architect, AWS

Backup and recovery on AWS

Manual backup
Difficult to manually
backup, especially as
storage needs scale up
High cost
Building and maintaining
on-premises storage
hardware is expensive
Compliance
Meeting compliance
regulations for long-term
data storage and archiving
is difficult to achieve with
traditional backup and
recovery
Common backup and recovery challenges

Benefits of AWS for Backup and Recovery
Integrated
Designed to
optimize
your storage
solutions by
integrating
multiple
AWS
services
Secure
Encrypt
data and
tightly
control
access
Scalable
Designed to
automatically
scales up and
down
Low Cost
Allows you
to pay only
for what you
use
Easy to
maintain
Reduces
need to buy
or maintain
on-
premises
hardware

Amazon Simple
Storage Service
(Amazon S3)
Amazon Elastic
Block Store
(Amazon EBS)
Amazon
Glacier
Network attached
storage volumes
for your virtual
servers
Highly durable and
low-cost storage
service for archiving
small to large
amounts of data
Object storage
designed to store
and access any
type of data
AWS Storage Services

Amazon Simple Storage Service (Amazon S3)
• Designed to be highly scalable object storage
• Store and retrieve data from anywhere on the web
• Automatically replicated across multiple Availability Zones
• Highly durable (designed to provide 11 9’s of durability)
• Bucket policies and Access Control Lists
• Server and Client side encryption

Choice of storage classes on Amazon S3
Active data Archive dataInfrequently accessed data
Standard Standard - Infrequent Access Amazon Glacier

Global infrastructure
Region & Number of Availability Zones New Region (coming soon)

APN Partners help customers meet their part of their shared responsibility model
AWS Shared Responsibility Model

Key AWS certifications and assurance programs

Back up and recover data
swiftly and securely
May 2018
© 2018 NetApp, Inc. All rights reserved © 2018, Amazon Web Services, Inc. or its affiliates. All rights reserved.

Backup and archive are the first workloads to move to the cloud
N=319, multiple responses accepted
Source: ESG Research Report, 2016 IT Spending Intentions Survey, February 2016
46%
36%
31%
30%
30%
29%
29%
26%
26%
25%
19%
Data backup and archive
Disaster recovery
Run internal production applications
Pimary storage for files
Run internally/externally-facing web servers (i.e.,…
Test and development
Business intelligence/analytics
Use for high performance and/or scientific…
Use as temporary compute resources for time-…
Application bursting (i.e., scaling internal…
Additional resource to accommodate spikes in…
For which of the following purposes does/did your
organization use cloud infrastructure services?

What is AltaVault?

What is AltaVault?
Amazon S3
Amazon S3
Standard-
Infrequent Access
(S3-IA) Amazon
Glacier

What is AltaVault?
Primary
storage
Leading
backup and
archive
software
solutions
Amazon S3
Amazon S3-IA
Amazon Glacier

The real power of AltaVault: optimization and security
 Inline deduplication and compression
cut data volumes by 30x and speed
transport times by 4x.
 Keeps data encrypted to help
reduce security and
compliance risks in the
cloud.
AES-256
Backup data file 1
Backup data file 2
Backup data file 3
Backup data file 4
Optimization
engine

AltaVault ecosystem
• NetApp SnapMirror®
• Acronis Backup
• Amanda Network Backup
• Arcserve
• BridgeHead MEDITECH
• CA Cloud Storage for
System z
• Catalogic DPX
• Commvault (formerly
Simpana)
• Commvault IntelliSnap for
NetApp
• Dell NetVault & vRanger
• EMC NetWorker
• HP Data Protector
• IBM Spectrum Protect
• Microsoft SQL Server
• NEC NIAS
• OpenStack Cinder NFS
Backup Driver
• Oracle RMAN
• Veeam
• Veritas Backup Exec,
Enterprise Vault &
NetBackup
Primary
storage
Designed to
seamlessly
integrates into
existing
infrastructure
Deduplicates,
compresses, and
encrypts
Caches recent
backups locally,
vaults everything
to the cloud
Stores data in the
cloud of choice
AWS
• Amazon Glacier
• Amazon S3
• Amazon S3-IA
• AWS GovCloud
Private Cloud
• NetApp StorageGRID®
Webscale
• Cloudian HyperStore
• EMC Atmos
• Engage HealthCloud
ObjectStore
• IBM Cleversafe
• OpenStack Swift
• Scality RING
NetApp® AltaVault™
Cloud-Integrated Storage

Cloud can help with disaster recovery as well
Recover On-Premises Workloads in the Cloud
Backup Server
AltaVault

Backup Server
Appliance
Cloud-Based Storage
Appliance
Cloud-Based Backup Server

Backup Server
Appliance
Recover to Another Site Through the Cloud
Backup Server
AltaVault
Cloud-Based Storage
Appliance

Backup Server
Appliance
Recover to Another Site Through the Cloud
Backup Server
Appliance
DR Site
Appliance
Cloud-Based Storage
Appliance

For details about technical specifications, contact your nearest NetApp or channel sales associate.
Backup throughput for physical appliances based on OST protocol
5x of appliance usable local capacity; for example, a maximum of 160TB of cloud capacity can be supported by 32TB of usable local capacity.
Logical cloud capacity calculated using 30x deduplication, assuming backup mode.
All AltaVault cloud appliances are available on the Amazon Marketplace as AMIs.
Cloud-Based Appliances Virtual Cloud-Integrated Appliances
Physical Cloud-Integrated
Appliances
Model AVA-c4 AVA-c8 AVA-c16 AVA-v2 AVA-v8 AVA-v16 AVA-v32 AVA400 AVA800
Usable local
capacity
4TB 8TB 16TB 2TB 8TB 16TB 32TB 32TB-192TB 48TB-384TB
Cloud capacity
supported
20TB 40TB 80TB 10TB 40TB 80TB 160 TB 160TB–960TB 240TB–1.92PB
Logical cloud
capacity (max)
600TB 1.2PB 2.4PB 300TB 1.2PB 2.4PB 4.8PB 28PB 57PB
Backup throughput
(max)
345GB/hr 400GB/hr 3TB/hr 500GB/hr 1TB/hr 2TB/hr 3TB/hr 9.8TB/hr 14.1TB/hr
Appliance tech specs overview: backup mode

NetApp AltaVault in AWS Marketplace
 Pricing: Hourly by
Amazon Elastic
Compute Cloud
(Amazon EC2)
instance
 Be up and running in
30 minutes
 Use to protect cloud
workloads or recover
on-premises
workloads
http://aws.amazon.com/marketplace

The big challenge: existing tape
infrastructure

© 2018, Amazon Web Services, Inc. or its Affiliates. All rights reserved.
Case study: King County’s Journey to Cloud
Backups using AltaVault
• King County is the largest county in Washington state serving
2.1 million citizens and over 13,000 employees.
• Service Provider to the various departments and
organizations in the County.
• AWS City on a Cloud Contest 20151
• Digital Counties Survey 20171
Source:
1 King County, Recognition

Case study: University of Wollongong
• Founded in 1975
• Located in Wollongong, New South Wales
(about an hour south of Sydney)
• One of the world’s top research universities
• Over 32,000 students and 2,450 faculty
members
• A hub of high technology

The common challenge: An outdated backup and
recovery solution
• Complexity
• Staff
• Clones
• Added infrastructure
• Vendor management
• Slow restores
• Media integrity
• Limitations

Physical layout – tape infrastructure
PAS Server #nPAS Server #1
Tape Library
Recovery Client #2Recovery Client #1
Balrog
4 Tape LTO2 Drives
32 Slots
6 IE Slots
G: H: I:
Storage Array
Tape Library i500
PAS Backend Server #1
PAS Backend Server #n
PAS
Datazone
G:
F:

MSA 60 Storage Array
Wandlimb
4 Tape LTO3 Drives
48 Slots
3 IE Slots
. . .
. . .
Dedup
Appliance
2GB (Teamed)
VLAN 300
2GB (Teamed)
VLAN 300
20GB (Teamed)
VLAN 315
2GB (Teamed)
VLAN 315
15
drives
Chgr
& 8
drives
Legend
Fiber
Ethernet
100MB
VLAN 315
VLAN 290 1GB
Mgt
15
drives
15
drives15
drives
Chgr
& 8
drives
2 Chgrs
&
7 drives
100MB
VLAN 290
Mgt
24 GB RAM
W2003R2 64-bit
NSR V7.6SP1
24GB RAM
W2003R2 64-bit
NSR V7.6SP1
W2003R2 64-bit
NSR V7.6SP1
8GB RAM
Linux RH5.4 64-bit
NSR V7.6SP1
LTO5
3000 slots
64 tape drives
5 CAPs
Scalar i6000 Tape Library
300 slots
16 LTO5 drives
1 LTO4 drive
24 CAPs
1GB
VLAN 315
PE 2950
4GB RAM
W2003 SE SP2
NSR V7.6SP1
SCSI
Dedup
Appliance
Mgt
NMC
3000 slots
64 tape drives
5 CAPs
F:Legatonsr
(750GB)
Indexes
Mgt
1GB VLAN 290
2GB
VLAN 315
15
drives
15
drives
15
drives
15
drives
Backup
Storage
Node 1
Backup
Storage
Node 2
Backup
Storage
Node 3
8GB RAM
Linux RH5.4 64-bit
NSR V7.6SP1
4GB RAM
W2003R2SP2 64-bit
NSR V7.6SP1
PE2950
4GB RAM
W2003R2SP2
NSR V7.6SP1 ADC
Datazone
WAN
Datazone Backup Server,
Storage Node
Backup Server,
Storage Node
ADC Control Zone
KCIT Central Control Zone
5
drives
Backup
Server
Recover Storage
Node
2.3TB
3.2TB
10
drives
Clone
Storage
Node
Backup
App
Server
VM
3GB RAM
W2003R2 32-bit
NSR V7.6SP1
VLAN 295
VLAN 620
VLAN 950

Physical layout with AltaVault
Networker
Veeam
AltaVaults
Amazon
GlacierAmazon S3
35 Days Long Term
Retention
FAS3250FAS3250 FAS3250FAS3250
UCS
SLOT
1
SLOT
5
SLOT
3
SLOT
7
SLOT
2
SLOT
6
SLOT
4
SLOT
8
!
UCS 5108
OK FAIL OK FAIL OK FAIL OK FAIL
SLOT
1
SLOT
5
SLOT
3
SLOT
7
SLOT
2
SLOT
6
SLOT
4
SLOT
8
!
UCS 5108
OK FAIL OK FAIL OK FAIL OK FAIL
Physical Servers
Standard Virtual
Environment
NetApp Cluster
NetApp 8040 NetApp 8040
FAS3250FAS3250
NetApp All Flash
8080
WAN VLANs
10Gbps LAN
10Gbps to AWS
10Gbps Cloud
10Gbps SQL
1,500TB
7TB
change
rate
nightly
3TB
change
rate
nightly
10Gbps LAN
Jumbo Frames

Measurable results at King County
and University of Wollongong

Moving to cloud backups would help King County meet many of the
requirements, goals, and initiatives in place such as:
• Reducing complexity and costs
• Changing to a Lights Out data center
• Eliminating the need for an alternate data center
• Simplifying disaster recovery
Why cloud backups?

In our initial testing, a single AVA400 was capable of over 980 MB/s
of Front-end throughput. Our existing tape backup infrastructure
was capable of 800 MB/s throughput.
AltaVault peak performance results

Value for King County
 Avoids more than $1M infrastructure refresh and spends 70% less on the new solution
 Saves another $300,000 annually by mitigating tape and expensive on-premises backup
appliances and by using deduplication, compression, and cloud storage
 Provides virtually instant recovery for 98% of restoration requests
 Cuts backup window in half while speeding up to 15TB of data per night to AWS

Value for University of Wollongong
• Reduced RTO: From 4-6 hours to retrieve a tape from a data center and load data, to
minutes on AWS with NetApp AltaVault
• Reduced TCO: A cost reduction of 70% over tape backups
• Increased confidence in security of critical data
• Improved ability to test disaster recovery systems

Q & A

Try NetApp AltaVault, available in AWS Marketplace
• aws.amazon.com/marketplace
• Search for “NetApp AltaVault”
Learn more about NetApp
• www.netapp.com/aws
Learn more about backup and recovery on AWS
• aws.amazon.com/backup-recovery/partner-solutions/
Try AWS for free
• aws.amazon.com/free
Next steps and further information:

Thank you!

How One Growing U.S. County Protects Residents' Data on AWS

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