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Transforming the Transforming the Data Center Data Center Room 13a

How to Implement Data Protection More Efficiently - Best Practice from Helsana

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What is the right way to organize backup of data in the future? How can organizations consolidate tape environments? How should companies implement disaster recovery for backup environments? How can deduplication contribute to efficient data protection? These are just a few of the questions that Marcus Schneider, Senior Director Storage Solutions, Fujitsu and the CTO of Swiss health insurance provider, Helsana, address in a discussion about optimizing data protection.

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Page 1: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Transforming the Transforming the Data CenterData Center

Room 13a

Page 2: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Transforming the Data Center – Room 13a

Reshaping IT Efficient Data Protection - Best Practice Helsana

Marcus Schneider Marcus Schneider Senior Director Storage Solutions Fujitsu

14:00 h

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14:00 h

Page 3: How to Implement Data Protection More Efficiently - Best Practice from Helsana

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Page 4: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Efficient Data Protection –Best Practice HelsanaMarcus Schneider5 11 20115.11.2011

Copyright 2011 FUJITSU

Page 5: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Die Helsana-Gruppe ist der führende Schweizer Kranken- undSchweizer Kranken und Unfallversicherer. Sie steht Privaten und Unternehmen bei Gesundheitund Unternehmen bei Gesundheit und Vorsorge sowie im Fall von K kh it d U f ll f dKrankheit und Unfall umfassend zur Seite.

Urs Häringer, Stefan Schneider 21. September 2011 Optimierung Sicherungsinfrastruktur 4

Page 6: How to Implement Data Protection More Efficiently - Best Practice from Helsana

In der ganzen Schweiz präsentIn der ganzen Schweiz präsent

• Hauptsitz in Stettbach/Dübendorf• 22 Generalagenturen22 Generalagenturen• 19 Verkaufsstellen

Urs Häringer, Stefan Schneider 21. September 2011 Optimierung Sicherungsinfrastruktur 5

Page 7: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Herausforderung IT-OperationsHerausforderung IT Operations

Kundenanforderungen Kostendruck Technologie FortschrittKundenanforderungen Kostendruck Technologie Fortschritt

Wachsende Anforderungen

Reduzierte IT Budgets Mobile ComputingVirtualizationAnforderungen

Schnellere Umsetzungen geforderte Mehrleistungen Virtualization

Cloud Computing

IT Industrialisierung

Ein wesentlicher Ansatz zur Bewältigung dieser Herausforderungen in der IT liegt bei der Industrialisierung der IT-Services.Potentiale liegen dabei in einer Erhöhung der Standardisierung sowie einer hohen Automatisierung bei der Erstellung der IT-Services.

Einsatz neuer Technologien

Urs Häringer, Stefan Schneider 21. September 2011 Optimierung Sicherungsinfrastruktur 6

Page 8: How to Implement Data Protection More Efficiently - Best Practice from Helsana

ZielarchitekturZielarchitektur

Anforderungen

• Erfüllung der Fachanforderungen

• Zuverlässige DatensicherungApplikationen der

• Sichere Aufbewahrung der Daten

• Rasche Wiederherstellung von Systemen zu jedem ZeitpunktHSM

ppoffenen WeltMainframe

Applikationen

zu jedem Zeitpunkt

• Kostengünstiger Betrieb und Unterhalt

• Geringes Risiko für die Umsetzung

HSM TSM Server

• Disaster Recovery• aktiv / passiv aktiv / aktiv

• RTO 4 Stunden, RPO gegen 0Physischer

VirtuellerBandroboter

RTO 4 Stunden, RPO gegen 0

• Jährlicher Wiederanlauftest ohne ProduktionsunterbruchPhysischer

Bandroboter

Urs Häringer, Stefan Schneider 21. September 2011 Optimierung Sicherungsinfrastruktur 7

Page 9: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Seven Flavors of superior Protection

2.Disaster Resilience

1.Archiving

1.Archiving

3. Consolidation of all Data Protection

Integration into the existing

3. Consolidation of all Data Protection

Integration into the existing

4. ILM for Data Protection –Tiered Recovery Services

Need for easier management

4. ILM for Data Protection –Tiered Recovery Services

Need for easier management ModernModernteg at o to t e e st gdata center infrastructureConnecting Branch OfficesProtecting Virtualized Servers

teg at o to t e e st gdata center infrastructureConnecting Branch OfficesProtecting Virtualized Servers

eed o eas e a age eof data protection (efficient operation)Achieving Recovery Point and R Ti bj ti

eed o eas e a age eof data protection (efficient operation)Achieving Recovery Point and R Ti bj ti

EfficientEfficientData Data

ProtectionProtection

5. Search for ideal media mixPhysical Tape integration

5. Search for ideal media mixPhysical Tape integration

6. Data DeDuplicationMaking Backup to Disk more

6. Data DeDuplicationMaking Backup to Disk more

Recovery Time objectivesRecovery Time objectivesProtectionProtection

y p g(TCO reduction)No Hardware Museum (deep archiving)

y p g(TCO reduction)No Hardware Museum (deep archiving)

g paffordable, also for MainframesMaking replication more affordable

g paffordable, also for MainframesMaking replication more affordable

7. Turning fixed cost into variable costUsing managed storage, storage as a

7. Turning fixed cost into variable costUsing managed storage, storage as a

affordableaffordable

8

Us g a aged s o age, s o age as aservice and financing optionsUs g a aged s o age, s o age as aservice and financing options

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ETERNUS CS – Key Characteristics

Appliance to simplify data protectionConsolidates tape storage environment

Need for less tapes, drives and librariesNeed for less tapes, drives and libraries Offers an integrated Disk to Disk to Tapebackup under one management

Reduces administration efforts drasticallyReduces administration efforts drasticallyEnabling better and new service levels

Shortens back up windows dramaticallyd d tand speeds up restores

It's grid architecture makes it easy to introduce disaster recovery for backupSupports a very large range of servers,operating systems and backup software

Easy integration into existing data y g gcenters

9 Copyright 2011 FUJITSU

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Neue DatensicherungsarchitekturNeue Datensicherungsarchitektur

TSM ClientTCP/IP Netz

TSM Server

NAS Filer

LAN free Client

IBM Mainframe

Fibre Channel

FICON

FujitsuETERNUS

FujitsuETERNUS

128 vLW64 vLW 64 vLW 128 vLW 64 vLW64 vLW

CS2000 CS2000

IDP IDP IDPIDP Kaskade

Rob Rob

Urs Häringer, Stefan Schneider 21. September 2011 Optimierung Sicherungsinfrastruktur

Scalar i6000 6 x LTO-5

Rob

Scalar i6000 6 x LTO-5

RobPrimäresRechenzentrum

SekundäresRechenzentrum

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Page 12: How to Implement Data Protection More Efficiently - Best Practice from Helsana

ErgebnisseErgebnisse

Helsana hat in sechs Monaten die Sicherungsinfrastruktur komplett erneuert:

• 3 Monate für Engineering / Aufbau der neuen Umgebung• 3 Monate für Engineering / Aufbau der neuen Umgebung

• 3 Monate Datenmigration

Die Nutzung der neuesten Eternus Version hat zu einem sehr leistungsfähigen g g gGesamtsystem geführt:

• Datensicherung wird von D/R Replizierungsaufgaben entlastet

• SLA für Datensicherung & -wiederherstellung können eingehalten werden

Kennzahlen alte Lösung neue LösungVirtuelle Laufwerke 128 512Virtuelle Laufwerke 128 512Physische Laufwerke 19 6Disk Cache 800 GB 32 TBDatendurchsatz 600 MB/s 2'500 MB/sDatenmigration

SystemeObjekte

Datenmenge

900400 Mio.900 TB

Urs Häringer, Stefan Schneider 21. September 2011 Optimierung Sicherungsinfrastruktur

Datenmenge 900 TB

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Page 13: How to Implement Data Protection More Efficiently - Best Practice from Helsana

What else could be done

12 Copyright 2011 FUJITSU

Page 14: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Backup and archiving with one infrastructure

Consolidation and centralizationReduce administration effortsS h d i t tSave hardware investmentsWorks with any archiving SWAutomatically managed media mix

Backup

AutomatizationFor the backup of the archiveFor tape reorganization Mainframes Tape Library For tape reorganizationFor media type changes duringlong-term retention periods

Mainframes p y(Type X, Y, Z)

Backup & archive in one box with Same HW pool butlogical separation

UNIX ServersDisk System

Different service levelsX86 Servers Dedup disk

A hi i

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Archiving

Copyright 2011 FUJITSU

Page 15: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Compliant archiving with ETERNUS CS

KPMG AG CertificationETERNUS CS V5 (NAS part)

Why does it matterLegal obligations force

enables storing and retrieval of electronic documents based on the German principles of proper

ti

companies to implement compliant archiving solutionsManagement can be held

accounting.g

personally responsible if compliance-relevant regulations are violatedThe end-to-end processes of the archiving solution has to be certifiedcertifiedThe certification of ETERNUS CS makes the certification of the whole process easierwhole process easier

14 Copyright 2011 FUJITSU

Page 16: How to Implement Data Protection More Efficiently - Best Practice from Helsana

ETERNUS CS800 – Key Benefits

ETERNUS CS800 is a data protection appliance optimizing backup to diskEasy backup to disk

due to NAS functionalitydue to NAS functionalityNeeding up to 95% less disk capacity

due to leading de-duplication technology ETERNUS CS800

Disaster protection for backup dataintegrated replication functionality copiesdata automatically on remote sites

Integration of remote locationsdeduplication reduces the amount of datawhich has to be transferred over longerdistances by a factor up to 20distances by a factor up to 20allowing you to integrate local backups intocentral systems and to save network costsSPEED Deduplication

Backup to disk (NAS)

SPEED Deduplication

Replication

15 Copyright 2011 FUJITSU

Page 17: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Integrating local backup with the data center

ETERNUS CS800 enables you to integrate local backup and restoreinto central processesWith deduplication the amount of replicated data is reduced byWith deduplication the amount of replicated data is reduced byup to factor 20 enabling new scenarios and reducing network costs

Branch Officeslocal backup and restore

Data Centercentral backup and restorelocal backup and restore central backup and restore

ETERNUS CS800

ETERNUS CS800 Tape Library

ETERNUS CS800 ETERNUS CS800

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Replication of Data de-duplicated and encrypted

Copyright 2011 FUJITSU

Page 18: How to Implement Data Protection More Efficiently - Best Practice from Helsana

And beyond

17 Copyright 2011 FUJITSU

Page 19: How to Implement Data Protection More Efficiently - Best Practice from Helsana

Cloud Tape

Local Data Center

Cloud TapeScale Out Storage Infrastructure

Local Data Center

Activedata

UnusedUnused, static

content

Local Data Center

18 Copyright 2011 FUJITSU

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Snapshot based data protection

snapshotsproduction volume

8am 12am 4pm

Media AgentMA

D:\

Online Storage

Client

Media Agent/Server triggers snapshotOn the storage array

Media Agentg

Backup target

disk tape cloud

O t e sto age a ayLeveraging the array‘s native snapshot mechanism / API

Media Agent/Server can copy selected snapshots to a different medium (e g tape)

Backup target

(e.g. tape)Cooperation with

SYMANTEC (Replication Director)COMMVAULT (SnapProtect)

The “glue” between ETERNUS DX, NTAP FAS and ETERNUS CS

19

CS

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ETERNUS CS – Most powerful optimized backup target in the known part of the milky way

8 × Front End, 1,300MB/s, max 10.4GB/s E2E

8 × Cache/Disk Target, 167TB/system,1,336TB max

8 × Back End

10 T t

10 × Target (e.g. DeDup Target,

10 × Target (e.g. DeDup Target, 160TB/system usable = 1.6PB, or Tape Libraries up to 1 E b t h 10 E b t )

p g160TB/system, 1.6PB max

Exabyte each = 10 Exabyte)

20 Copyright 2011 FUJITSU

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