EMC Information Lifecycle Management Don Neilan TBC Federal

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EMC Information Lifecycle Management

Don Neilan TBC Federal Division

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The Evolving Computing LandscapeIT Infrastructure in the 1970s / 1980s

Client interfaceAccess capabilityApplication processingDatabase managementInformation managementData storage

Compute

55

Network Access

The Evolving Computing Landscape

Access capability, transport

Today’s Infrastructure Layers

Personal Devices Client interface, presentation

Application processingDatabase managementInformation management

Compute

Networked Storage Data storage

66

The Evolving Computing LandscapeThe Expanding Storage Infrastructure

Network Access

Personal Devices

Data storageNetworked Storage

Access capability, transport

Client interface, presentation

Application processingDatabase management

Compute Application processingDatabase managementInformation management

Compute

Networked Storage Data storageInformation management

77

Information Lifecycle Management

ILM: a customer strategy to align IT infrastructure with the business, based on the changing value of information

88

Qualifying ILM Service Level Requirements

Performance

Architecture

1ms 500ms

AvailabilitySix 9s Three 9s

Functionality

EconomicsPay now Pay later

ManualStandalone

AutomatedIntegrated

99

Key Criteria for Information Lifecycle Management

1

3

4

5

2

Lowest TCO

Unified Management Environment

Active Information Management

Dynamic Infrastructure

Integrated Protection & Recovery

Networked Tiered Storage

End-to-end automated management of the entire information infrastructure

Access to and ability to manage all data (structured and unstructured)

Data mobility and transparency across IT resources

Convergence of backup and replication, focus on recovery

Choice of service levels andaccess specialization

1111

Meeting a Broad Range of Service Levels

ADIC

Mid-tier CAS

Centera

High-End

Symmetrix ConnectrixCLARiiON

SAN NAS

CelerraNS / CNS

TapeEmulation

CLARiiONDisk

Library

Tape

Tiered Storage 1

1212


Tiered Storage1

1313

Multi-siteIncreasing distance improves protection

Remote Processing

Automatic processing resumption: “lights out”

Remote InformationAll critical data safe at remote

location

RecoveryQuick, accurate,

predictable recovery

BackupFrequent, consistent,

nondisruptive backups

PlatformStorage, switch,

and server protection

Local Remote

Time Availability Distance

SRDF FamilyMirrorView

Legato NetWorker

Celerra ReplicatorLegato RepliStor

TimeFinder FamilySnapView

Celerra SnapSure

PowerPathLegato AAM

Legato CoStandby Server AAdvanced

Integrated Protection & Recovery:Choice of Recovery Levels

2

1414


Tiered Storage1

Integrated Protectionand Recovery

2Flexible RecoveryLevels

1515

Pro

ject

FX

UnifiedSimpleMutually awareSLA-drivenLowest costHighly availableFlexible

3

Virtual Infrastructure

Dynamic, Virtual Infrastructure

Storage Storage

Virtual Storage Layer

VM

war

e

Virtual Layer

ComputeVirtual Layer

ComputeVirtual Layer

Compute

Storage

VirtualVol.

VirtualVol.

VirtualVol.

VirtualVol.

VirtualVol.

VirtualVol.

VirtualVol.

VirtualVol.

VirtualVol.

SAN / NAS / CAS SAN / NAS / CAS SAN / NAS / CAS

App App App App App AppApp App App

OS OS OS OS OS OSOS OS OS

1616


Tiered Storage1

Integrated Protection and Recovery

2

DynamicInfrastructure

3

Flexible RecoveryLevels

Pro

j. F

XV

Mw

are


App

OS

Virtual Layer

Co

mp

ute App

OS

App

OS

Storage

Virt. Vol. Virt. Vol. Virt. Vol.


App

OS

Virtual Layer

Co

mp

ute App

OS

App

OS

Storage


App

OS

Virtual Layer

Co

mp

ute App

OS

App

OS

Storage


1717

Classify applications and data based on business and mission policies

Dynamically migrate and archive to optimal storage type and location (Core vs. Edge )

Version, audit, track

Replicate for testing andimproved performance

Enable sharing andcollaboration

Ensure compliance

AUTOMATED

FLEXIBLE

Classifydata / appsbased on

business rules

Implementpolicies with informationmgmt tools

Managestorage

environment

Tierstorage

resourcesto align with data classes

Active Information Management

Optimizing the movement, placement, cataloguing, and disposition of information based on policies

4

S E R V I C E S

S E R V I C E S

1818

Information Management SoftwareStructured Semi-structured Unstructured

Databases and associated applications:ERP, CRM, etc.

Mail andmessaging

Enterprise Content Management:DocumentsWeb pagesSoundVideoX-rays

4Active Information ManagementAcross All Data Types

Legato DiskXtender/DatabaseXtender

Legato EmailXtender

DocumentumControl Mgr

DocumentumRecords Manager

LegatoApplicationXtender

1919Documentum

Enterprise Content Management

EDMDocuments

WCMWeb

DAMRich Media

ERMFixed Content

CCMCollaboration

Content

DocumentsSpreadsheets

ContractsDrawings

HTMLSGMLWMLXMLCode

Forms

ImagesSoundVideo

Presentations

ReportsRecordsScanningImaging

Final Form StorageE-Mail

ProjectDiscussions

Desktop SharingOnline Meetings

E-mailIM

4

2020


Tiered Storage1

Integrated Protection and Recovery

2

DynamicInfrastructure

3

4 Active InformationManagementMeta-Data & Policies

Flexible RecoveryLevels

Business Processesand Applications

CRM

E-mailERP

StructuredStructured Semi-structuredSemi-structured UnstructuredUnstructured

Pro

j. F

XV

Mw

are


App

OS

Virtual Layer

Co

mp

ute App

OS

App

OS

Storage



App

OS

Virtual Layer

Co

mp

ute App

OS

App

OS

Storage


App

OS

Virtual Layer

Co

mp

ute App

OS

App

OS

Storage


Web

2121

Unified Management Environment:Automated Storage Management

Integrated suite of products– Single view– Single infrastructure– Multi-vendor approach

Consolidate and automate common tasks

– Utilization and performance reporting– Device and SAN Management– Provisioning & planning– Proactive monitoring

EMC ControlCenter: Automated

Multiple point products– Separate consoles

Individual, discrete management tasks

– A lot of tools, people, time and coordination required

Manual and time consuming

– Spreadsheet management

Point Products: Manual

Plan ProvisionMonitor Report

HostsSAN

Storage

5

2222

StorageEMC SymmetrixEMC CLARiiONHDS 7700E, 9900 HP StorageWorksHP XP256, XP512IBM ESS and RVAInternal storage JBODSun StorEdge 9900 Series

TapeCA-1 STKVTSRMM Tape

Management Systems

TapeCA-1 STKVTSRMM Tape

Management Systems

FrameworksCA UnicenterHP OpenviewMicromuseMicrosoft MOMTivoli NetviewAny SNMP-based

application

FrameworksCA UnicenterHP OpenviewMicromuseMicrosoft MOMTivoli NetviewAny SNMP-based

application

SAN DevicesBrocadeConnectrixMcDATAQlogic

NAS DevicesEMC CelerraNetwork Appliance

Volume ManagersCompaq LSMHP LVMHP/VERITAS VxVMIBM AIX LVMSolaris / VERITAS VxVMWindows NTWindows 2000

FilesystemsCompaq Tru64 UFSHP UX HFSIBM AIX JFSIBM z/OSNovellSUN Solaris USFVERITAS VxFSWindows NT FSWindows 2000 FS

DatabasesIBM DB2 MVS, DB2 UDBInformixMS SQL ServerOracleSybase

BackupLegato NetworkerTivoli -TSMVERITAS NetBackup

StandardsBlue FinCIM

StandardsBlue FinCIM

ServersBullFujitsu SiemensHP/CompaqIBMIBM Numa-Q iCLLinuxNCRNEC NovellOS/2 IntelPyramidSCOSequent SGISiemens StratusSunUnisysWindows NTWindows 2000

Multi-vendor Support

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• Establish classes of infrastructure

• Place information on appropriate infrastructure tier

• Automate storage management

Phase 1: Deploy tieredinfrastructure

Tiered Infrastructure

App App App

Data Data Data

• Define business and migration policies for various types of information

• Deploy enabling components for principal applications

Phase 2: Deploy application-specific information lifecycle management

Information LifecycleManagement for

Specific Applications

App App App

Data Data

• Implement information lifecycle management across applications

• Policy-based automation• Full visibility of all

information

Phase 3: Deploy enterprise-wide information lifecyclemanagement

Cross-ApplicationInformation Lifecycle

Management

App App App

Implementing Information Lifecycle ManagementDiscrete Phases

2525

Storage Device and Network Virtualization Masks complexity of physical storage

infrastructure (i.e., disks and devices) Presents “virtual” storage capacity

Server Virtualization Converts one physical server into

multiplelogical servers

Presents “virtual” computing capacity

Server / Storage Virtualization End-to-end dynamic provisioning,

balancing and optimization Storage, network and compute resources

allocated in fractional increments


App

OS

App

OS

App

OS

App

OS

App

OS

App

OS

The Virtual Infrastructure of Tomorrow

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