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
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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
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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
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Information Lifecycle Management
ILM: a customer strategy to align IT infrastructure with the business, based on the changing value of information
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Qualifying ILM Service Level Requirements
Performance
Architecture
1ms 500ms
AvailabilitySix 9s Three 9s
Functionality
EconomicsPay now Pay later
ManualStandalone
AutomatedIntegrated
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Key Criteria for Information Lifecycle Management
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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
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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
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Information Lifecycle Management
Tiered Storage1
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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
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Information Lifecycle Management
Tiered Storage1
Integrated Protectionand Recovery
2Flexible RecoveryLevels
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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
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Information Lifecycle Management
Tiered Storage1
Integrated Protection and Recovery
2
DynamicInfrastructure
3
Flexible RecoveryLevels
Pro
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Mw
are
Virtual Storage Layer
App
OS
Virtual Layer
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ute App
OS
App
OS
Storage
Virt. Vol. Virt. Vol. Virt. Vol.
Virtual Infrastructure
App
OS
Virtual Layer
Co
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ute App
OS
App
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Storage
Virt. Vol. Virt. Vol. Virt. Vol.
App
OS
Virtual Layer
Co
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OS
App
OS
Storage
Virt. Vol. Virt. Vol. Virt. Vol.
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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
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S E R V I C E S
S E R V I C E S
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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
Information Lifecycle Management
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
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XV
Mw
are
Virtual Storage Layer
App
OS
Virtual Layer
Co
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ute App
OS
App
OS
Storage
Virt. Vol. Virt. Vol. Virt. Vol.
Virtual Infrastructure
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
Virt. Vol. Virt. Vol. Virt. Vol.
Web
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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
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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
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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
Virtual Infrastructure
App
OS
App
OS
App
OS
App
OS
App
OS
App
OS
The Virtual Infrastructure of Tomorrow
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