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Velocity Technical Overview
Presentation
Francesco Aeri
Technical Sales and Service
Agenda
6
1 Presentation Purpose and Desired Outcomes
2 Customer Use Cases
3 Technical Architecture Overview
4 Features and Functionality
5 Veritas Product Integration
6 Summary and Additional Resources
Intended use of this presentation and its contents
Presentation Purpose and Desired
Outcomes
Presentation Purpose and Desired Outcomes
8
 Illustrate the critical business challenges Velocity
addresses for our customers
 Describe Velocity features and technology
 Explain Velocity architecture
 Articulate Velocity Appliance strengths
Use this contents of this slide deck to create a custom presentation that addresses the
specific business challenges and associated pain points faced by your customer.
DESIREDOUTCOMES
Key customer challenges addressed by Veritas Velocity
Velocity Customer Use Cases
Velocity Customer Use Cases
Streamline data access
10
Provide fast, self-service access to the right data at the
right time.
 Accelerate application releases, upgrades, and patches
 Empower end users with self-service data access
 Eliminate the waiting, delays, or resource dependencies of physical copies
by accessing virtual copies on-demand
Velocity – Streamline data access
Velocity Customer Use Cases
Improve storage optimization and cut costs
11
Dramatically reduce copy data sprawl.
 Reduce your copy data footprint by up to 90%
 Use less storage by provisioning virtual copies on-demand
 Lower storage costs
Velocity – Improve storage optimization and cut costs
Velocity Customer Use Cases
Decrease information risk
12
Set access permissions by role and improve
protection.
 Easily set access permissions by role
 Centrally control, manage, and track virtual copies via a single interface
 Protect vital information with dynamic data masking
Velocity – Decrease information risk
Velocity Customer Use Cases
Boost backup and recovery performance
13
Reduce backup windows by eliminating redundant
data.
 Shorten backup windows by reducing the volume of copy data
 Ensure highly efficient storage utilization
 Lower storage costs
Velocity – Boost backup and recovery performance
Velocity Introduction
14
Velocity provides rapid, on-demand, self-
service access to data without the burden
of creating, storing, and maintaining physical
database copies or resource dependencies.
Velocity is part of the Veritas 360 Data Management
portfolio.
Veritas
Velocity
Velocity Core Capabilities
15
Copy Data Virtualization
Velocity automates the creation, consumption, and deletion
of copy data, empowering authorized end users to instantly
access self-service virtual data copies.
Faster Copy Data Access
Velocity helps organizations consolidate storage, reduce
cost, and eliminate copy data management complexity.
Data Refresh Example
Without Veritas Velocity
16
TIME NEEDED
Could take weeks…
• Data provisioning and preparation processes are manual and inefficient
• Work requires multiple teams to be involved and impacted
• May need to be repeated multiple times to realize the required resultTime Cost…
Ticket Sent
End user
Ticket Received
Workflow system
IT Engaged
IT admin
Data Located
Database admin
Data Copied
Storage admin
Data Prepared
Database admin
Data Ready
IT admin

Data Access
End user

Data Refresh Example
With Veritas Velocity
17
TIME NEEDED
Takes minutes…
• Virtual data copy creation is fast and storage/network efficient
• Process can be fully automated
• Self-service experience for end users
User Access
Application host

Time Savings…
TIME SAVEDVelocity Used
Cloud Console
Data Needed
End user
Data Prepared
Database admin
Component roles and relationships in a Velocity
architecture
Technical Architecture Overview
Technical Architecture Overview
Architectural overview diagram
19
Sandbox User
 Sandbox provisioning
 Self-service
Sandbox User
 Sandbox access
 Data mining
 Data analysis
 Data testing
 Data manipulation
Network
Admin User
 Solution setup
 User roles
 User privileges
Hosted in the Veritas Cloud
or available as on premise
solution
Not a Velocity
component
Not a Velocity
component
Database Server
Ingestion source
V
Application Host
Sandbox server
V
Velocity Console
Veritas Cloud or on premise
Control Connection
Registration
Database
Mount
Database
Ingest
Non-data movement eventData movement event
Virtual CopyDatabase
Storage Server
Virtual machine
VM
Technical Architecture Overview
Velocity Storage Server
20
InfrastructureRole
Storage Server
• Veritas Provisioning File System (VPFS)
• Repository for ingested databases and
virtual database copies
• Data management and optimization
solution
• Virtual database copy generator
Storage Server
Virtual Machine
VM
Technical Architecture Overview
Velocity Console – Veritas Cloud
21
Velocity Console
Veritas Cloud
InfrastructureRole
Velocity Cloud Console
• SaaS portal in the Veritas Cloud
• Multi-tenant platform
• Designed for user access and
Storage Server management
• Includes user identity and
authentication services
Technical Architecture Overview
Velocity Console – NEW! On-premises Management Server
22
Velocity Console
On-premises Management Server
InfrastructureRole
On-premises
Management Server
• OVA provided by Veritas
• Comprised of six Docker images
• Based on RHEL 7
• Private cloud solution
• Does not require internet access
vSphere OVA
Technical Architecture Overview
Velocity Console – NEW! On-premises Management Server
23
Preinstalled Image
Couchbase
Couchbase database datastore
Preinstalled Image
Elasticsearch
Clustering & indexing for events,
mdr bucket, and log data
Preinstalled Image
RabbitMQ
Message, routing, and queuing
Preinstalled Image
EPMP Services
Provisioning, identity, event,
messaging, and core
Preinstalled Image
Velocity Tomcat
Front-end for Private Cloud,
hosting the Cloud Console
Preinstalled Image
EPMP Tomcat
Java, Elasticsearch, RabbitMQ,
Couchbase front-end
Docker Services
Velocity Console
On-premises Management Server
vSphere OVA
Technical Architecture Overview
Velocity Client
24
InfrastructureRole
Velocity Client
• Deployed to database servers
• Secures communications
between database servers and
the Velocity Storage Server
• Database servers must be
registered with Cloud Console
Velocity Client
Installed to host database servers
Technical Architecture Overview
Database server (non-Velocity component)
25
Database Server
Ingestion source
InfrastructureRole
Database Server
• Hosts production databases, such as
Oracle or SQL
• Server from which Velocity performs
ingestion operations
• Requires Velocity Client
• Not provided by Velocity
V
Technical Architecture Overview
Application host (non-Velocity component)
26
Application Host
Sandbox server
InfrastructureRole
Application Host
• Used to access sandboxes on Velocity
Storage Server
• Requires appropriate database software
to interact with mounted sandboxes
• Requires Velocity Client
• Not provided by Velocity
V
Technical Architecture Overview
Preparation host (non-Velocity component)
27
Preparation Host
Data preparation/masking
InfrastructureRole
Preparation Host (Oracle)
• Allows administrator to mask or remove
sensitive data from a ‘raw’ sandbox
• Velocity exposes a ‘raw’ sandbox to a
preparation server
• Requires Velocity Client
• Not provided by Velocity
V
Technical Architecture Overview
Process flow and benefits
28
Velocity captures copies of production databases and stores them to
the Velocity Storage Server through a process called ingestion.
After ingestion, users can create virtual copies of a database for
various business purposes through a process called provisioning.
Process
Flow
Key
Benefits
 Self-service – Users create their own virtual database copies
 Performance – Provisioning is fast and does not impact production
 Security – Administrator controls user access permissions
 Flexibility – Storage server can be an appliance or virtual machine

Technical Architecture Overview
Velocity roles
29
• Oversees all users and data; can assign additional users to the administrator role
• Can access all dialogs in the Velocity Cloud Console and can view all sandboxes,
database sources, and database copiesVelocity Admin
• Has access to specific databases and database copies
• Can create and delete sandboxes based on the databases that are made available
to themSandbox User
• Creates database sources by adding databases, allowing databases to be ingested
• Grants Sandbox Users, or groups of users, access to database sources allowing
them to creates sandboxesDatabase Admin
Important Velocity features and technical capabilities
Features and Functionality
Features and Functionality
Supported database workloads
31
 Database users ingest databases from a
source server using the Velocity Console
 Databases are stored and deduplicated on
the Velocity Storage Server
 Sandbox users provision virtual database
copies using the Velocity Console
 Sandbox users access virtual database
copies using an application host server
Note: Refer to the Velocity Help Center for the
latest information on supported database
applications and versions.


Features and Functionality
Ingesting Oracle data
32
Sandbox User
 Sandbox provisioning
 Self-service
Sandbox User
 Sandbox access
 Data mining
 Data analysis
 Data testing
 Data manipulation
Network
Admin User
 Solution setup
 User roles
 User privileges
Hosted in the Veritas Cloud
or available as on premise
solution
Not a Velocity
component
Not a Velocity
component
Oracle Server
Ingestion source
V
Application Host
Sandbox server
V
Velocity Console
Veritas Cloud or on premise
Control Connection
Registration
NFS
Mount
RMAN
Ingest
Non-data movement eventData movement event
Virtual CopyDatabase
Storage Server
Virtual machine
VM
Features and Functionality
Ingesting Oracle data
33
Oracle Server
Ingestion source
V
RMAN/NFS
Ingest
Oracle RMAN
controls creation of
logical database copy
Data movement
event
Storage Server
Virtual machine
VM
Features and Functionality
Ingesting Oracle data
34
Oracle Server
Ingestion source
N
RMAN/NFS
Ingest
NetBackup policies
control ingestion of
Oracle database
Data movement
event
NetBackup
Master Server
An Oracle database can also be ingested through integration with NetBackup, allowing both
NetBackup and Velocity to catalog and use the data for backup and data provisioning
respectively.
Job Management
Storage Server
Virtual machine
V
VM
Features and Functionality
Ingesting Oracle data
35
• Velocity ingestion – Process is initiated by the Velocity Client on the Oracle
server, after receiving commands from the Velocity Storage Server
• NetBackup ingestion – Process is initiated by the NetBackup Client on the Oracle
server, after receiving policy commands from the NetBackup Master Server
When using NetBackup ingestion, both RMAN and NetBackup catalogs are notified of
the ingestion event and updated
• With either ingestion process, ingestion is performed by Oracle RMAN
• First ingestion is a full copy of the database; subsequent ingestions are incremental
Oracle Ingestion Notes
Features and Functionality
Ingesting Oracle data
36
Sandbox User
 Sandbox provisioning
 Self-service
Sandbox User
 Sandbox access
 Data mining
 Data analysis
 Data testing
 Data manipulation
Network
Admin User
 Solution setup
 User roles
 User privileges
Hosted in the Veritas Cloud
or available as on premise
solution
Not a Velocity
component
Not a Velocity
component
Oracle Server
Ingestion source
V
Application Host
Sandbox server
V
Velocity Console
Veritas Cloud or on premise
Control Connection
Registration
RMAN
Ingest
Data movement event
Database
Storage Server
Virtual machine
VM
1
2 3
2 6
./sandbox snapshot
Snapshot
Masking Scripts
Preparation4
5
NEW! Automated Script Execution
“Copy Preparation Script Path” field in the
Velocity Console automates the execution of
DBA-provided data preparation (masking) scripts.
Features and Functionality
Ingesting Oracle data
37
NEW! Support for Oracle 12c CDB/PDB Databases
• Velocity 2.8 supports ingesting Oracle container databases (CDBs) and pluggable
databases (PDBs)
• Databases ingested at the CDB level, and includes all pluggable databases within
• Processes for ingestion Oracle remains the same
• Process for provisioning virtual CDB/PDB database copies remains the same
• For more information on Oracle CDBs and PDBs:
https://docs.oracle.com/database/121/ADMQS/GUID-0FEBEF5F-DF3E-4101-B18B-
84921E2F6AA2.htm#ADMQS12498
Features and Functionality
Ingesting Oracle data
38
Ingestion Scheduling
• Ingestion of Oracle databases can be scheduled
with Velocity 2.7 and later
• Schedules created in the Velocity Console but
driven by the Storage Server (vsched service)
• Schedules are tied to Database Sources
• Days/Weeks/Months granularity supported
• One schedule per Database Source
Frequency
Days
Weeks
Months
JAN
31
M-F
Storage Server
Virtual machine
VM
Features and Functionality
Ingesting SQL data
39
Sandbox User
 Sandbox provisioning
 Self-service
Sandbox User
 Sandbox access
 Data mining
 Data analysis
 Data testing
 Data manipulation
Network
Admin User
 Solution setup
 User roles
 User privileges
Hosted in the Veritas Cloud
or available as on premise
solution
Not a Velocity
component
Not a Velocity
component
SQL Server
Ingestion source
V
Application Host
Sandbox server
V
Velocity Console
Veritas Cloud or on premise
Control Connection
Registration
CIFS
Mount
VSS Copy
Ingest
Non-data movement eventData movement event
Virtual CopyDatabase
Storage Server
Virtual machine
VM
Features and Functionality
Ingesting SQL data
40
SQL Server
Ingestion source
V
VSS/CIFS
Ingest
VSS Copy snapshot
is used to create
logical database copy
Data movement
event
Storage Server
Virtual machine
VM
Features and Functionality
Ingesting SQL data
41
• For Windows SQL servers, the Velocity Client is deployed as an MSI package
• Client must be installed manually or using a 3rd-party software management system;
silent install is supported
• Installing the Velocity Client creates a service with Local System Account privileges;
service facilitates execution of commands received from Velocity Storage Server
• Commands are received using an HTTPS pull request from Velocity Client
• Connections initiated from Velocity Storage Server (no need to open additional ports)
Velocity Client on SQL Servers
Features and Functionality
Ingesting SQL data
42
• Ingestion is initiated by the Velocity Client on the SQL server, after receiving
commands from the Velocity Storage Server
• Process uses SQL VSS Writer to capture a snapshot of the SQL database
• Snapshot is captured using the VSS Copy method; SQL logs are not truncated
• Ingestion moves copy of SQL database to CIFS share on Velocity Storage Server
• Ingestion events are full database copies, and are supported for standalone SQL
configurations only
SQL Ingestion Notes
Features and Functionality
Ingesting SQL data
43
• Ingestion can be initiated
immediately or at a later time
• Each SQL ingestion is a data
movement event which captures a
full copy of the source database
• Ingestion of SQL databases uses
‘VSS Copy’ method; logs are not
truncated during ingestion
SQL Ingestion Notes
Features and Functionality
Ingesting SQL data
44
NEW! SQL Ingestion Scheduling
• Ingestion of SQL databases can be scheduled
with Velocity 2.8 and later
• Schedules created in the Velocity Console but
driven by the Storage Server (vsched service)
• Schedules are tied to Database Sources
• Days/Weeks/Months granularity supported
• One schedule per Database Source
Frequency
Days
Weeks
Months
JAN
31
M-F
Storage Server
Virtual machine
VM
Features and Functionality
Provisioning virtual database copies
45
When a user requests a virtual database copy in Velocity, the Velocity Storage Server
creates a virtual database copy within the VPFS file system.
VPFS
Extent 3
Extent 1
Extent 2
Extent …n
Original Copy Extent
Map
Virtual Copy Extent
Map
Ingested Database Virtual Data Copy
Storage Server
Virtual machine
VM
Features and Functionality
Provisioning virtual database copies
46
Virtual Database Copies – Overview
Virtual Data Copies
Virtual database copies exist within the Storage Server’s VPFS as data blocks and extents, and an extent map that
represents the current virtual database copy. The extents can be shared across multiple virtual copies.
• Consists of a set of data extents and an extent map
• Extent map references data extents that represent current
copy
• As changes are made to virtual database copy, new extents
are created and map is updated
Features and Functionality
Provisioning virtual database copies
47
Virtual Database Copies – Changes
Virtual Data Copies
Virtual database copies exist within the Storage Server’s VPFS as data blocks and extents, and an extent map that
represents the current virtual database copy. The extents can be shared across multiple virtual copies.
• As changes occur over time, data may be overwritten or
deleted
• Extents for overwritten or deleted data are removed from map
• Deleted extents may still be referenced in saved database
copy or other virtual copies
Features and Functionality
Provisioning virtual database copies
48
Virtual Database Copies – Access
Virtual Data Copies
Virtual database copies exist within the Storage Server’s VPFS as data blocks and extents, and an extent map that
represents the current virtual database copy. The extents can be shared across multiple virtual copies.
• Virtual copy is stored within Velocity Storage Server’s VPFS
• Virtual database copy is exposed transparently via VPFS
interface
• The VPFS interface is exported from the Velocity Storage
Server via NFS (Oracle) or CIFS (SQL) today
Features and Functionality
Provisioning virtual database copies
49
Virtual Database Copies – Removal/Deletion
• Users can delete old or obsolete sandboxes
• Sandboxes are tracked and accessed in the ‘Sandboxes’ section
of the Velocity Cloud Console, and are deleted from here also
Features and Functionality
Recovering databases
50
Oracle Database Recovery
• Velocity supports recovery of Oracle databases
• No additional configuration or licenses required for Oracle recovery
• Oracle recovery is accomplished through Recovery Sandboxes
• Recovery Sandboxes can only be created by DBA and Admin users
• Creating a Recovery Sandbox executes an RMAN script which moves data
to target Oracle host
• Current valid control file must be available on the source Oracle host
• Post-recovery operations required by Oracle DBA to finish recovery
Features and Functionality
Recovering databases
51
Network
Admin or DBA
 Create Recovery
Sandbox
 Currently supported
for Oracle databases
Not a
Velocity
component
Oracle Server
Recovery Target
V
Cloud Console
Based in the Veritas Cloud
Control Connection
Registration
Database
Recovery
Sandbox
Oracle Recovery Notes
• No additional configuration or licenses required to
support Oracle recovery capability
• Creation of Recovery Sandbox executes RMAN
script to transfer data files to target Oracle host
Sandbox User
 Recovery Sandbox
option not available
to Sandbox Users
Important: After Recovery Sandbox creation, Oracle DBA must
run recovery commands to finish the Oracle restore operation.
Hosted in the Veritas Cloud
or available as on premise
solution
Storage Server
Virtual machine
VM
Data movement event
Features and Functionality
Requirements and prerequisites
52
Velocity Requirements and Prerequisites
• Information on Velocity requirements and prerequisites is provided by the Velocity
Help Center on-line resource
• The Velocity Help Center is the authoritative source of information on Velocity
requirements, and supported workloads
• The Velocity Help Center includes the Veritas Velocity Users Guide and Velocity
Release Notes
• Access to the on-line Velocity Help Center can be found here:
http://veritashelp.com/Welcome?locale=EN_US&context=VV2015
How Velocity integrates with other solutions in the
Veritas 360 Data Management portfolio
Veritas Product Integration
Veritas Product Integration
Velocity and NetBackup
54
 Unified storage infrastructure for Data Protection and Copy Data Management
 Full benefits from proven Veritas data deduplication technology
Benefits
1. Notified of NetBackup-driven
database ingestion
2. Indexes ingested databases
for virtual copy provisioning
3. After ingestion, can provision
virtual copies
Velocity
1. Performs database ingestion
2. Use Oracle Intelligent
Policies & Storage Lifecycle
Policies
3. After ingestion, can create
backup copies with SLPs
NetBackup
Storage Server
Virtual machine
VM
Review of presentation desired outcomes and links to
additional resources
Summary and Additional Resources
Summary and Additional Resources
56
 Illustrate the critical business challenges Velocity
addresses for our customers
 Describe Velocity features and technology
 Explain Velocity architecture
 Articulate Velocity Appliance strengths
Use this contents of this slide deck to create a custom presentation that addresses the
specific business challenges and associated pain points faced by your customer.
DESIREDOUTCOMES
Summary and Additional Resources
57
Link Description
www.veritas.com Veritas website
www.veritas.com/product/data-virtualization Veritas data virtualization solutions
www.facebook.com/veritasvelocity Velocity Facebook page
https://twitter.com/veritasvelocity Velocity Twitter home page
http://veritashelp.com/Welcome?context=vv2015 Velocity Help Center
Enterprise
Vault &Information
Map
NetBackup
NetBackup
Appliance
VelocityeDiscovery
Platform
Data InfoScale
Availability
InfoScale
StorageResiliency
Platform
Data
Insight
Access
HyperScale for
OpenStack
and Cotainers
TheVeritas Portfolio of Enterprise Data ManagementCapabilities
File
Classification
Legal
Disposition
Unstructured
DataVisibility
Backup &
Recovery
Copy Data
Management
Software Defined
Storage for High
Performance
Workloads
Integrated PBBA
Business
Always On
Archiving &
Retention
Business ResiliencyStorage QoS for OpenStack
and Containers
SDS for
Unstructured Data
(Big Data, IOT,
Video)
EV.cloud
& Backup
Exec
Copyright © 2017 Veritas Technologies LLC34
&Q A
59
Thank you!
Copyright © 2017 Veritas Corporation. All rights reserved. Veritas and the Veritas Logo are trademarks or registered trademarks of Veritas
Corporation or its affiliates in the U.S. and other countries. Other names may be trademarks of their respective owners.
This document is provided for informational purposes only and is not intended as advertising. All warranties relating to the information in this document,
either express or implied, are disclaimed to the maximum extent allowed by law. The information in this document is subject to change without notice.
Example Presenter’s Name
Example presenter’s email
Example presenter’s phone

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Le soluzioni tecnologiche per il Copy Data Management

  • 1. Velocity Technical Overview Presentation Francesco Aeri Technical Sales and Service
  • 2. Agenda 6 1 Presentation Purpose and Desired Outcomes 2 Customer Use Cases 3 Technical Architecture Overview 4 Features and Functionality 5 Veritas Product Integration 6 Summary and Additional Resources
  • 3. Intended use of this presentation and its contents Presentation Purpose and Desired Outcomes
  • 4. Presentation Purpose and Desired Outcomes 8  Illustrate the critical business challenges Velocity addresses for our customers  Describe Velocity features and technology  Explain Velocity architecture  Articulate Velocity Appliance strengths Use this contents of this slide deck to create a custom presentation that addresses the specific business challenges and associated pain points faced by your customer. DESIREDOUTCOMES
  • 5. Key customer challenges addressed by Veritas Velocity Velocity Customer Use Cases
  • 6. Velocity Customer Use Cases Streamline data access 10 Provide fast, self-service access to the right data at the right time.  Accelerate application releases, upgrades, and patches  Empower end users with self-service data access  Eliminate the waiting, delays, or resource dependencies of physical copies by accessing virtual copies on-demand Velocity – Streamline data access
  • 7. Velocity Customer Use Cases Improve storage optimization and cut costs 11 Dramatically reduce copy data sprawl.  Reduce your copy data footprint by up to 90%  Use less storage by provisioning virtual copies on-demand  Lower storage costs Velocity – Improve storage optimization and cut costs
  • 8. Velocity Customer Use Cases Decrease information risk 12 Set access permissions by role and improve protection.  Easily set access permissions by role  Centrally control, manage, and track virtual copies via a single interface  Protect vital information with dynamic data masking Velocity – Decrease information risk
  • 9. Velocity Customer Use Cases Boost backup and recovery performance 13 Reduce backup windows by eliminating redundant data.  Shorten backup windows by reducing the volume of copy data  Ensure highly efficient storage utilization  Lower storage costs Velocity – Boost backup and recovery performance
  • 10. Velocity Introduction 14 Velocity provides rapid, on-demand, self- service access to data without the burden of creating, storing, and maintaining physical database copies or resource dependencies. Velocity is part of the Veritas 360 Data Management portfolio. Veritas Velocity
  • 11. Velocity Core Capabilities 15 Copy Data Virtualization Velocity automates the creation, consumption, and deletion of copy data, empowering authorized end users to instantly access self-service virtual data copies. Faster Copy Data Access Velocity helps organizations consolidate storage, reduce cost, and eliminate copy data management complexity.
  • 12. Data Refresh Example Without Veritas Velocity 16 TIME NEEDED Could take weeks… • Data provisioning and preparation processes are manual and inefficient • Work requires multiple teams to be involved and impacted • May need to be repeated multiple times to realize the required resultTime Cost… Ticket Sent End user Ticket Received Workflow system IT Engaged IT admin Data Located Database admin Data Copied Storage admin Data Prepared Database admin Data Ready IT admin  Data Access End user 
  • 13. Data Refresh Example With Veritas Velocity 17 TIME NEEDED Takes minutes… • Virtual data copy creation is fast and storage/network efficient • Process can be fully automated • Self-service experience for end users User Access Application host  Time Savings… TIME SAVEDVelocity Used Cloud Console Data Needed End user Data Prepared Database admin
  • 14. Component roles and relationships in a Velocity architecture Technical Architecture Overview
  • 15. Technical Architecture Overview Architectural overview diagram 19 Sandbox User  Sandbox provisioning  Self-service Sandbox User  Sandbox access  Data mining  Data analysis  Data testing  Data manipulation Network Admin User  Solution setup  User roles  User privileges Hosted in the Veritas Cloud or available as on premise solution Not a Velocity component Not a Velocity component Database Server Ingestion source V Application Host Sandbox server V Velocity Console Veritas Cloud or on premise Control Connection Registration Database Mount Database Ingest Non-data movement eventData movement event Virtual CopyDatabase Storage Server Virtual machine VM
  • 16. Technical Architecture Overview Velocity Storage Server 20 InfrastructureRole Storage Server • Veritas Provisioning File System (VPFS) • Repository for ingested databases and virtual database copies • Data management and optimization solution • Virtual database copy generator Storage Server Virtual Machine VM
  • 17. Technical Architecture Overview Velocity Console – Veritas Cloud 21 Velocity Console Veritas Cloud InfrastructureRole Velocity Cloud Console • SaaS portal in the Veritas Cloud • Multi-tenant platform • Designed for user access and Storage Server management • Includes user identity and authentication services
  • 18. Technical Architecture Overview Velocity Console – NEW! On-premises Management Server 22 Velocity Console On-premises Management Server InfrastructureRole On-premises Management Server • OVA provided by Veritas • Comprised of six Docker images • Based on RHEL 7 • Private cloud solution • Does not require internet access vSphere OVA
  • 19. Technical Architecture Overview Velocity Console – NEW! On-premises Management Server 23 Preinstalled Image Couchbase Couchbase database datastore Preinstalled Image Elasticsearch Clustering & indexing for events, mdr bucket, and log data Preinstalled Image RabbitMQ Message, routing, and queuing Preinstalled Image EPMP Services Provisioning, identity, event, messaging, and core Preinstalled Image Velocity Tomcat Front-end for Private Cloud, hosting the Cloud Console Preinstalled Image EPMP Tomcat Java, Elasticsearch, RabbitMQ, Couchbase front-end Docker Services Velocity Console On-premises Management Server vSphere OVA
  • 20. Technical Architecture Overview Velocity Client 24 InfrastructureRole Velocity Client • Deployed to database servers • Secures communications between database servers and the Velocity Storage Server • Database servers must be registered with Cloud Console Velocity Client Installed to host database servers
  • 21. Technical Architecture Overview Database server (non-Velocity component) 25 Database Server Ingestion source InfrastructureRole Database Server • Hosts production databases, such as Oracle or SQL • Server from which Velocity performs ingestion operations • Requires Velocity Client • Not provided by Velocity V
  • 22. Technical Architecture Overview Application host (non-Velocity component) 26 Application Host Sandbox server InfrastructureRole Application Host • Used to access sandboxes on Velocity Storage Server • Requires appropriate database software to interact with mounted sandboxes • Requires Velocity Client • Not provided by Velocity V
  • 23. Technical Architecture Overview Preparation host (non-Velocity component) 27 Preparation Host Data preparation/masking InfrastructureRole Preparation Host (Oracle) • Allows administrator to mask or remove sensitive data from a ‘raw’ sandbox • Velocity exposes a ‘raw’ sandbox to a preparation server • Requires Velocity Client • Not provided by Velocity V
  • 24. Technical Architecture Overview Process flow and benefits 28 Velocity captures copies of production databases and stores them to the Velocity Storage Server through a process called ingestion. After ingestion, users can create virtual copies of a database for various business purposes through a process called provisioning. Process Flow Key Benefits  Self-service – Users create their own virtual database copies  Performance – Provisioning is fast and does not impact production  Security – Administrator controls user access permissions  Flexibility – Storage server can be an appliance or virtual machine 
  • 25. Technical Architecture Overview Velocity roles 29 • Oversees all users and data; can assign additional users to the administrator role • Can access all dialogs in the Velocity Cloud Console and can view all sandboxes, database sources, and database copiesVelocity Admin • Has access to specific databases and database copies • Can create and delete sandboxes based on the databases that are made available to themSandbox User • Creates database sources by adding databases, allowing databases to be ingested • Grants Sandbox Users, or groups of users, access to database sources allowing them to creates sandboxesDatabase Admin
  • 26. Important Velocity features and technical capabilities Features and Functionality
  • 27. Features and Functionality Supported database workloads 31  Database users ingest databases from a source server using the Velocity Console  Databases are stored and deduplicated on the Velocity Storage Server  Sandbox users provision virtual database copies using the Velocity Console  Sandbox users access virtual database copies using an application host server Note: Refer to the Velocity Help Center for the latest information on supported database applications and versions.  
  • 28. Features and Functionality Ingesting Oracle data 32 Sandbox User  Sandbox provisioning  Self-service Sandbox User  Sandbox access  Data mining  Data analysis  Data testing  Data manipulation Network Admin User  Solution setup  User roles  User privileges Hosted in the Veritas Cloud or available as on premise solution Not a Velocity component Not a Velocity component Oracle Server Ingestion source V Application Host Sandbox server V Velocity Console Veritas Cloud or on premise Control Connection Registration NFS Mount RMAN Ingest Non-data movement eventData movement event Virtual CopyDatabase Storage Server Virtual machine VM
  • 29. Features and Functionality Ingesting Oracle data 33 Oracle Server Ingestion source V RMAN/NFS Ingest Oracle RMAN controls creation of logical database copy Data movement event Storage Server Virtual machine VM
  • 30. Features and Functionality Ingesting Oracle data 34 Oracle Server Ingestion source N RMAN/NFS Ingest NetBackup policies control ingestion of Oracle database Data movement event NetBackup Master Server An Oracle database can also be ingested through integration with NetBackup, allowing both NetBackup and Velocity to catalog and use the data for backup and data provisioning respectively. Job Management Storage Server Virtual machine V VM
  • 31. Features and Functionality Ingesting Oracle data 35 • Velocity ingestion – Process is initiated by the Velocity Client on the Oracle server, after receiving commands from the Velocity Storage Server • NetBackup ingestion – Process is initiated by the NetBackup Client on the Oracle server, after receiving policy commands from the NetBackup Master Server When using NetBackup ingestion, both RMAN and NetBackup catalogs are notified of the ingestion event and updated • With either ingestion process, ingestion is performed by Oracle RMAN • First ingestion is a full copy of the database; subsequent ingestions are incremental Oracle Ingestion Notes
  • 32. Features and Functionality Ingesting Oracle data 36 Sandbox User  Sandbox provisioning  Self-service Sandbox User  Sandbox access  Data mining  Data analysis  Data testing  Data manipulation Network Admin User  Solution setup  User roles  User privileges Hosted in the Veritas Cloud or available as on premise solution Not a Velocity component Not a Velocity component Oracle Server Ingestion source V Application Host Sandbox server V Velocity Console Veritas Cloud or on premise Control Connection Registration RMAN Ingest Data movement event Database Storage Server Virtual machine VM 1 2 3 2 6 ./sandbox snapshot Snapshot Masking Scripts Preparation4 5 NEW! Automated Script Execution “Copy Preparation Script Path” field in the Velocity Console automates the execution of DBA-provided data preparation (masking) scripts.
  • 33. Features and Functionality Ingesting Oracle data 37 NEW! Support for Oracle 12c CDB/PDB Databases • Velocity 2.8 supports ingesting Oracle container databases (CDBs) and pluggable databases (PDBs) • Databases ingested at the CDB level, and includes all pluggable databases within • Processes for ingestion Oracle remains the same • Process for provisioning virtual CDB/PDB database copies remains the same • For more information on Oracle CDBs and PDBs: https://docs.oracle.com/database/121/ADMQS/GUID-0FEBEF5F-DF3E-4101-B18B- 84921E2F6AA2.htm#ADMQS12498
  • 34. Features and Functionality Ingesting Oracle data 38 Ingestion Scheduling • Ingestion of Oracle databases can be scheduled with Velocity 2.7 and later • Schedules created in the Velocity Console but driven by the Storage Server (vsched service) • Schedules are tied to Database Sources • Days/Weeks/Months granularity supported • One schedule per Database Source Frequency Days Weeks Months JAN 31 M-F Storage Server Virtual machine VM
  • 35. Features and Functionality Ingesting SQL data 39 Sandbox User  Sandbox provisioning  Self-service Sandbox User  Sandbox access  Data mining  Data analysis  Data testing  Data manipulation Network Admin User  Solution setup  User roles  User privileges Hosted in the Veritas Cloud or available as on premise solution Not a Velocity component Not a Velocity component SQL Server Ingestion source V Application Host Sandbox server V Velocity Console Veritas Cloud or on premise Control Connection Registration CIFS Mount VSS Copy Ingest Non-data movement eventData movement event Virtual CopyDatabase Storage Server Virtual machine VM
  • 36. Features and Functionality Ingesting SQL data 40 SQL Server Ingestion source V VSS/CIFS Ingest VSS Copy snapshot is used to create logical database copy Data movement event Storage Server Virtual machine VM
  • 37. Features and Functionality Ingesting SQL data 41 • For Windows SQL servers, the Velocity Client is deployed as an MSI package • Client must be installed manually or using a 3rd-party software management system; silent install is supported • Installing the Velocity Client creates a service with Local System Account privileges; service facilitates execution of commands received from Velocity Storage Server • Commands are received using an HTTPS pull request from Velocity Client • Connections initiated from Velocity Storage Server (no need to open additional ports) Velocity Client on SQL Servers
  • 38. Features and Functionality Ingesting SQL data 42 • Ingestion is initiated by the Velocity Client on the SQL server, after receiving commands from the Velocity Storage Server • Process uses SQL VSS Writer to capture a snapshot of the SQL database • Snapshot is captured using the VSS Copy method; SQL logs are not truncated • Ingestion moves copy of SQL database to CIFS share on Velocity Storage Server • Ingestion events are full database copies, and are supported for standalone SQL configurations only SQL Ingestion Notes
  • 39. Features and Functionality Ingesting SQL data 43 • Ingestion can be initiated immediately or at a later time • Each SQL ingestion is a data movement event which captures a full copy of the source database • Ingestion of SQL databases uses ‘VSS Copy’ method; logs are not truncated during ingestion SQL Ingestion Notes
  • 40. Features and Functionality Ingesting SQL data 44 NEW! SQL Ingestion Scheduling • Ingestion of SQL databases can be scheduled with Velocity 2.8 and later • Schedules created in the Velocity Console but driven by the Storage Server (vsched service) • Schedules are tied to Database Sources • Days/Weeks/Months granularity supported • One schedule per Database Source Frequency Days Weeks Months JAN 31 M-F Storage Server Virtual machine VM
  • 41. Features and Functionality Provisioning virtual database copies 45 When a user requests a virtual database copy in Velocity, the Velocity Storage Server creates a virtual database copy within the VPFS file system. VPFS Extent 3 Extent 1 Extent 2 Extent …n Original Copy Extent Map Virtual Copy Extent Map Ingested Database Virtual Data Copy Storage Server Virtual machine VM
  • 42. Features and Functionality Provisioning virtual database copies 46 Virtual Database Copies – Overview Virtual Data Copies Virtual database copies exist within the Storage Server’s VPFS as data blocks and extents, and an extent map that represents the current virtual database copy. The extents can be shared across multiple virtual copies. • Consists of a set of data extents and an extent map • Extent map references data extents that represent current copy • As changes are made to virtual database copy, new extents are created and map is updated
  • 43. Features and Functionality Provisioning virtual database copies 47 Virtual Database Copies – Changes Virtual Data Copies Virtual database copies exist within the Storage Server’s VPFS as data blocks and extents, and an extent map that represents the current virtual database copy. The extents can be shared across multiple virtual copies. • As changes occur over time, data may be overwritten or deleted • Extents for overwritten or deleted data are removed from map • Deleted extents may still be referenced in saved database copy or other virtual copies
  • 44. Features and Functionality Provisioning virtual database copies 48 Virtual Database Copies – Access Virtual Data Copies Virtual database copies exist within the Storage Server’s VPFS as data blocks and extents, and an extent map that represents the current virtual database copy. The extents can be shared across multiple virtual copies. • Virtual copy is stored within Velocity Storage Server’s VPFS • Virtual database copy is exposed transparently via VPFS interface • The VPFS interface is exported from the Velocity Storage Server via NFS (Oracle) or CIFS (SQL) today
  • 45. Features and Functionality Provisioning virtual database copies 49 Virtual Database Copies – Removal/Deletion • Users can delete old or obsolete sandboxes • Sandboxes are tracked and accessed in the ‘Sandboxes’ section of the Velocity Cloud Console, and are deleted from here also
  • 46. Features and Functionality Recovering databases 50 Oracle Database Recovery • Velocity supports recovery of Oracle databases • No additional configuration or licenses required for Oracle recovery • Oracle recovery is accomplished through Recovery Sandboxes • Recovery Sandboxes can only be created by DBA and Admin users • Creating a Recovery Sandbox executes an RMAN script which moves data to target Oracle host • Current valid control file must be available on the source Oracle host • Post-recovery operations required by Oracle DBA to finish recovery
  • 47. Features and Functionality Recovering databases 51 Network Admin or DBA  Create Recovery Sandbox  Currently supported for Oracle databases Not a Velocity component Oracle Server Recovery Target V Cloud Console Based in the Veritas Cloud Control Connection Registration Database Recovery Sandbox Oracle Recovery Notes • No additional configuration or licenses required to support Oracle recovery capability • Creation of Recovery Sandbox executes RMAN script to transfer data files to target Oracle host Sandbox User  Recovery Sandbox option not available to Sandbox Users Important: After Recovery Sandbox creation, Oracle DBA must run recovery commands to finish the Oracle restore operation. Hosted in the Veritas Cloud or available as on premise solution Storage Server Virtual machine VM Data movement event
  • 48. Features and Functionality Requirements and prerequisites 52 Velocity Requirements and Prerequisites • Information on Velocity requirements and prerequisites is provided by the Velocity Help Center on-line resource • The Velocity Help Center is the authoritative source of information on Velocity requirements, and supported workloads • The Velocity Help Center includes the Veritas Velocity Users Guide and Velocity Release Notes • Access to the on-line Velocity Help Center can be found here: http://veritashelp.com/Welcome?locale=EN_US&context=VV2015
  • 49. How Velocity integrates with other solutions in the Veritas 360 Data Management portfolio Veritas Product Integration
  • 50. Veritas Product Integration Velocity and NetBackup 54  Unified storage infrastructure for Data Protection and Copy Data Management  Full benefits from proven Veritas data deduplication technology Benefits 1. Notified of NetBackup-driven database ingestion 2. Indexes ingested databases for virtual copy provisioning 3. After ingestion, can provision virtual copies Velocity 1. Performs database ingestion 2. Use Oracle Intelligent Policies & Storage Lifecycle Policies 3. After ingestion, can create backup copies with SLPs NetBackup Storage Server Virtual machine VM
  • 51. Review of presentation desired outcomes and links to additional resources Summary and Additional Resources
  • 52. Summary and Additional Resources 56  Illustrate the critical business challenges Velocity addresses for our customers  Describe Velocity features and technology  Explain Velocity architecture  Articulate Velocity Appliance strengths Use this contents of this slide deck to create a custom presentation that addresses the specific business challenges and associated pain points faced by your customer. DESIREDOUTCOMES
  • 53. Summary and Additional Resources 57 Link Description www.veritas.com Veritas website www.veritas.com/product/data-virtualization Veritas data virtualization solutions www.facebook.com/veritasvelocity Velocity Facebook page https://twitter.com/veritasvelocity Velocity Twitter home page http://veritashelp.com/Welcome?context=vv2015 Velocity Help Center
  • 54. Enterprise Vault &Information Map NetBackup NetBackup Appliance VelocityeDiscovery Platform Data InfoScale Availability InfoScale StorageResiliency Platform Data Insight Access HyperScale for OpenStack and Cotainers TheVeritas Portfolio of Enterprise Data ManagementCapabilities File Classification Legal Disposition Unstructured DataVisibility Backup & Recovery Copy Data Management Software Defined Storage for High Performance Workloads Integrated PBBA Business Always On Archiving & Retention Business ResiliencyStorage QoS for OpenStack and Containers SDS for Unstructured Data (Big Data, IOT, Video) EV.cloud & Backup Exec Copyright © 2017 Veritas Technologies LLC34
  • 56. Thank you! Copyright © 2017 Veritas Corporation. All rights reserved. Veritas and the Veritas Logo are trademarks or registered trademarks of Veritas Corporation or its affiliates in the U.S. and other countries. Other names may be trademarks of their respective owners. This document is provided for informational purposes only and is not intended as advertising. All warranties relating to the information in this document, either express or implied, are disclaimed to the maximum extent allowed by law. The information in this document is subject to change without notice. Example Presenter’s Name Example presenter’s email Example presenter’s phone

Editor's Notes

  1. Manual, labor-intensive processes to provision copies of production data can take days or weeks and in some cases, may be impossible. Velocity stores a single copy of production data ingested directly from NetBackup or the source, letting you easily provision virtual copies on-demand and speed up data access. Because provisioning virtual copies takes only seconds, you can create copies whenever you need them and get to market faster.
  2. One of the biggest causes of rising data volumes is copy data. According to IDC, organizations create on average 20 copies of production data. By provisioning virtual copies instead of physical, you can eliminate the need for additional infrastructure or separate processes to create, store, and manage physical copies.
  3. Veritas Velocity lets you easily set role-based access permissions and user privileges from a central interface, ensuring only authorized users can access virtual copies of production data. To further protect data against exposure or theft, Velocity enables you to run your own scripts or other data preparation processes to mask sensitive data. With these controls in place, you can accelerate data-driven processes and strengthen information governance while protecting data against exposure, breach, and theft.
  4. Today’s organizations are struggling to keep pace with phenomenal data growth. As data volumes increase, so do backup windows, storage consumption, and data management costs. By ingesting and storing a single copy of production data, Veritas Velocity instantly provisions virtual copies and makes them available to end users via a self-service portal, eliminating the need for physical copies that increase data volume, storage, and costs.
  5. Introduction to Veritas Velocity Velocity provides rapid, on-demand, self-service access to data without the burden of creating, storing, and maintaining physical database copies or resource dependencies. Velocity is part of the Veritas 360 Data Management portfolio.
  6. Faster Copy Data Access Velocity helps organizations consolidate storage, reduce cost, and eliminate copy data management complexity. Copy Data Virtualization Velocity automates the creation, consumption, and deletion of copy data thereby empowering authorized end users to instantly access self-service virtual data copies.
  7. Storage Server The Velocity Storage Server is the heart of the Velocity solution. Ingested databases are stored within the integrated VPFS file system of the Storage Server, which optimizes data storage and generates or expires virtual database copies for authorized Sandbox users.
  8. Velocity Console The Velocity Console is used by administrators to ingest copies of production databases into the Velocity Storage Server, deploy the Velocity Client, and manage users and the Velocity Storage Server. The Velocity Cloud Console is used by end users to create virtual database copies (sandboxes). The Velocity Cloud Console is based in the Veritas Cloud and can optionally be deployed as an on premise virtual machine. The Cloud Console is multi-tenant, meaning each customer can create and manage multiple independent tenants. Tenant metadata is not shared with, or accessible by, other tenants of the Cloud Console. Security Details Based in the Veritas Cloud platform User identity & authentication service NIST 800-53 and 800-56 compliance PCI/DSS Level 1 certification SSAE 16 and SOC II compliance
  9. Velocity Console The Velocity Console is used by administrators to ingest copies of production databases into the Velocity Storage Server, deploy the Velocity Client, and manage users and the Velocity Storage Server. The Velocity Cloud Console is used by end users to create virtual database copies (sandboxes). The Velocity Cloud Console is based in the Veritas Cloud and can optionally be deployed as an on premise virtual machine. The Cloud Console is multi-tenant, meaning each customer can create and manage multiple independent tenants. Tenant metadata is not shared with, or accessible by, other tenants of the Cloud Console. Security Details Based in the Veritas Cloud platform User identity & authentication service NIST 800-53 and 800-56 compliance PCI/DSS Level 1 certification SSAE 16 and SOC II compliance
  10. The Private Cloud solution will be delivered as a Open Virtual Appliance (OVA) based on RHEL 7.  The OVA will have Docker Services installed and will be acting as the docker host.   Our Private Cloud offering will be composed of seven (7) services governing six (6) docker containers, based on six (6) docker images pre-installed on the OVA.  Each container provides a component that makes up the Velocity Private Cloud. Data and configuration files are shared between the Docker Host and the individual containers; this includes configuration, logs, and data.
  11. Velocity Client The Velocity Client is a service that facilitates automated database ingestion and sandbox preparation. To configure the Velocity Client, you must copy an installation package from the Velocity Storage Server. Then, you must install it on any host database servers that are intended to be used for either sandboxes or database ingestion. Finally, each host server must be registered with Velocity before you can ingest databases or create sandboxes.
  12. Database Server (Non-Velocity Component) A database server is a production server that hosts important database applications such as Oracle and SQL. Velocity interacts with database servers to ingest copies of production databases into the Velocity Storage Server using the Velocity Client.
  13. Application Host (Non-Velocity Component) An application host is a server that a Sandbox user can leverage to access Virtual Database Copies – also referred to as Sandboxes – mounted from the Velocity Storage Server. The Sandbox user access Virtual Database Copies for a number of business purposes, such as data analysis and data mining.
  14. Preparation Host (Oracle) (Non-Velocity Component) A preparation host is a server used by a Database Administrator to access a ‘raw’ sandbox for the purposes of data preparation or masking. The Database Administrator runs scripts or other processes to mask or remove sensitive information from a ‘raw’ sandbox in order for the Sandbox to be safely accessed by a Sandbox user without exposing sensitive information.
  15. Process Flow Velocity captures copies of production databases and moves them to the Velocity Storage Server through a process called ingestion. After ingestion, users can quickly and easily create virtual copies of a database for various business purposes through a process called provisioning. Benefits Users create their own virtual database copies – self service Data provisioning is instantaneous and does not impact production resources Administrator controls user access permissions to ingested databases Storage server deployment flexibility – storage server can be deployed as an enterprise-grade physical appliance or as a virtual machine
  16. Velocity Administrator When an organization is created in the Veritas Application Portal, the initial user is created as a Velocity administrator. Only Velocity administrators can assign additional users to the Velocity administrator role. Each organization has at least one Velocity administrator who oversees all users and data in the system. This includes creating, listing, editing, and deleting users, and managing Velocity Storage Servers. The Velocity administrator can access all dialogs in the Velocity Cloud Console and can view all sandboxes, database sources, and database copies. Velocity requires at least one Velocity administrator. You cannot remove all of your organization's users from this role. Only Velocity administrators can set up the Velocity Storage Server or instances of the Velocity Client. Database Administrator The Velocity administrator assigns users to this role. The database administrator creates database sources in Velocity by adding databases. When a database is added, the database administrator becomes the owner of the database. The database can now be ingested. After the database is ingested, the database administrator can use a role to grant users access to the database source. Users with the appropriate permissions can create sandboxes from the database source. The database administrator can use multiple roles to define the groups of sandbox users that are authorized to access specific databases. Sandbox User The Velocity administrator or the database administrator assigns users to this role. A sandbox user has access to specific databases and database copies. Sandbox users can create sandboxes based on the databases that are available to them.
  17. Velocity Supported Workloads Database users ingest databases from a source server using the Velocity console Ingested databases are stored on the Velocity Storage Server Sandbox users provision virtual database copies using the Velocity console Sandbox users access sandboxes using an application host server Note: Refer to the Velocity Help Center for the latest information on supported database applications and versions.
  18. Ingesting Oracle Data Process As part of ingesting data into the Velocity Storage Server, Velocity creates a logical copy of the data as it existed at that point in time. RMAN is leveraged to perform the ingest by copying data to an NFS share on the Velocity Storage Server. The interaction with Oracle is very similar to the interaction a traditional backup application such as NetBackup will have with Oracle where RMAN controls the actual creation of a copy. In addition for ASM support, Oracle utilities are used to create ASM volumes on the NFS backup destination.
  19. Ingesting Oracle Data Using NetBackup An Oracle database can also be ingested through integration with NetBackup, allowing both NetBackup and Velocity to catalog and use the data for backup and data provisioning respectively.
  20. Ingesting Oracle Data - Notes Velocity ingestion - Process is initiated by the Velocity Client on the Oracle server, after receiving commands from the Velocity Storage Server NetBackup ingestion – Process is initiated by the NetBackup Client on the Oracle server, after receiving policy commands from the NetBackup Master Server When using NetBackup ingestion, both RMAN and NetBackup catalogs are notified of the ingestion event and updated With either ingestion process, ingestion is performed by Oracle RMAN First ingestion is a full copy of the database; subsequent ingestions are incremental
  21. Feature Summary Essentially, Velocity remotely exposes (NFS mount) an ingested database point-in-time (PIT) to a separate Masking Server and allow the DBA to run their own masking scripts or preparation processes against that database from the Masking Server. Once the data masking/preparation processes have finished, we create a new PIT snapshot from which sandbox users can provision virtual data copies.   Feature Details/Steps Database is ingested to the Velocity Storage Server. This is a data movement event driven by RMAN. Database owner can now access database copy. Sandbox users cannot access this database copy. Sandbox is provisioned by database owner and exposed to Preparation (masking) Server via NFS. Database owner executes masking scripts and sandbox copy is properly prepared (masked). Sandbox owner runs Velocity snapshot tool and a new database copy is created from the snapshot process. The new database copy is ready for sandbox users to access. Sandbox users can now generate virtual data copies.
  22. Support for Oracle 12c CDB/PDB Databases Velocity 2.8 supports ingesting Oracle container databases (CDBs) and pluggable databases (PDBs) Databases ingested at the CDB level, and includes all pluggable databases within Processes for ingestion Oracle remains the same Process for provisioning virtual CDB/PDB database copies remains the same For more information on Oracle CDBs and PDBs: https://docs.oracle.com/database/121/ADMQS/GUID-0FEBEF5F-DF3E-4101-B18B-84921E2F6AA2.htm#ADMQS12498
  23. Velocity Ingestion Schedules 2.7 includes scheduled ingestion and scheduled deletion (retention) for Oracle 2.8 includes scheduled ingestion for SQL Velocity storage server must be at least 2.7 to support new scheduling and retention features; if storage server is a previous version, user can’t configure or edit schedules Cloud console requests to create/delete schedule objects handled by vsched service on the storage server; schedule executions done by storage server (jobs run even if cloud console contact is lost) Existing schedules can be viewed/edited by selecting the ‘Database Sources’ object in the cloud console; schedules are an attribute or component of database sources Schedules support days/weeks/months frequencies; schedules can be given optional names and descriptions Option to set specific days on which ingest should occur Scheduling Notes One schedule per Database Source Scheduling mechanism on appliance is ‘fire and forget’ and does not attempt to monitor success or retry Schedules are driven by the Storage Server and will continue even if connection to Cloud Console is lost; metadata will be delivered back to Cloud Console once connection is re-established If Storage Server goes down, missed schedules are ignored; will not try to run missed scheduled ingestions
  24. Ingesting SQL Data Process As part of ingesting data into the Velocity Storage Server, Velocity creates a logical copy of the data as it existed at that point in time. VSS Copy is leveraged to perform the ingest by copying data to a CIFS share on the Velocity Storage Server.
  25. Ingesting SQL Data – Velocity Client Notes For Windows servers hosting SQL, the Velocity Client is an MSI package Client must be installed manually or using a 3rd-party software management system; silent install is supported Installing the Velocity Client creates a service with Local System Account privileges; service facilitates execution of commands received from Velocity Storage Server Commands are received using an HTTPS pull request from Velocity Client Connections initiated from Velocity Storage Server (no need to open additional ports)
  26. Ingesting SQL Data - Notes Process is initiated by the Velocity Client on the SQL server, after receiving commands from the Velocity Storage Server Ingestion uses SQL VSS Writer which captures a snapshot of the SQL database Snapshot captured using the VSS Copy method; logs are not truncated Ingestion moves copy of SQL database to CIFS share on Velocity Storage Server Ingestion events are full database copies, and are supported for standalone SQL configurations only
  27. Ingesting SQL Data - Notes Ingestion can be initiated immediately or at a later time Each SQL ingestion is a data movement event which captures a full copy of the source database Ingestion of SQL databases uses ‘VSS Copy’ method; logs are not truncated during ingestion
  28. Velocity Ingestion Schedules 2.8 includes scheduling support for SQL databases Velocity storage server must be at least 2.8 to support new SQL scheduling features Console requests to create/delete schedule objects handled by vsched service on the storage server; schedule executions done by storage server (jobs run even if cloud console contact is lost) Existing schedules can be viewed/edited by selecting the ‘Database Sources’ object in the cloud console; schedules are an attribute or component of database sources Schedules support days/weeks/months frequencies; schedules can be given optional names and descriptions Option to set specific days on which ingest should occur Scheduling Notes One schedule per Database Source Scheduling mechanism on appliance is ‘fire and forget’ and does not attempt to monitor success or retry Schedules are driven by the Storage Server and will continue even if connection to Cloud Console is lost; metadata will be delivered back to Console once connection is re-established If Storage Server goes down, missed schedules are ignored; will not try to run missed scheduled ingestions
  29. Provisioning Virtual Database Copies - Introduction As part of ingesting data into the Velocity Storage Server, we create a logical copy of the data as it existed at that point in time.  After a user selects a point in time (ingested copy) to provision in the management console, that request is communicated to the storage server.  The storage server will prepare a virtual copy for use. This involves duplicating the extent map from the ingested copy. The new extent map for the virtual copy will reference the existing data extents from the ingested copy. VPFS exposes this as a file system and the file system is exported via NFS to the server[s] specified by the user.
  30. Virtual Database Copies – Overview Consists of a set of data extents and an extent map Extent map references data extents that represent current copy As changes are made to virtual database copy, new extents are created and map is updated Virtual database copies exist within the Storage Server’s VPFS as data blocks and extents, and an extent map that represents the current virtual database copy. The extents can be shared across multiple virtual copies.
  31. Virtual Database Copy Changes As changes occur over time, data may be overwritten or deleted Extents for overwritten or deleted data are removed from the map Deleted extents may still be referenced in saved database copy or other virtual copies
  32. Virtual Database Copy Access Virtual copy is stored within the Velocity Storage Server’s VPFS Virtual database copy is exposed transparently via a VPFS interface The VPFS interface is exported from the Velocity Storage Server via NFS (Oracle) or CIFS (SQL)
  33. Virtual Database Copy Removal and Deletion Users can delete old or expired sandboxes Sandboxes can be accessed and deleted from the Sandboxes section of the Velocity Cloud console
  34. Recovering Databases Velocity supports recovery of Oracle databases; SQL recovery support targeted for a later release No additional configuration or licenses required for Oracle recovery Oracle recovery is accomplished through Recovery Sandboxes Recovery Sandboxes can only be created by DBA and Admin users Creating a Recovery Sandbox executes an RMAN script which moves data to target Oracle host Current valid control file must be available on the source Oracle host; Velocity does not restore the control file Post-recovery operations required by Oracle DBA to finish recovery
  35. Oracle Database Recovery Requires Velocity 2.7+ Recover Oracle from any database copy in Velocity storage to original/source Oracle server Can recover from any point-in-time as long as the database copy exists in Velocity storage Supports recovering to a file system or ASM disk group Now Velocity can provision + recover; both operations can be performed at the same time Velocity recovery capability not limited by NBU retention policies – based on Velocity snapshots One-step recovery – no staging step
  36. Velocity Integration with NetBackup By provisioning virtual copies from the NetBackup ecosystem, organizations don’t need additional infrastructure or separate processes to create, store, and manage physical copies. Unlike physical copies, virtual copies provisioned from backup storage occupy a fraction of space and consume zero production capacity. Currently the integration between NetBackup and Velocity applies to Oracle databases only; support for using integration between NetBackup and Velocity for additional workloads – such as SQL – is planned for a future release.