2. 2
Agenda (1)
Presentation – the theory
• StorSimple in one sentence
• Architecture comparison
• Use case scenarios
• The physical appliance
• The StorSimple tiers
• Backup and recovery
• StorSimple security
4. 4
StorSimple in one sentence
An all-in-one high performance file
storage and backup solution, designed to
reduce the Total Cost of Ownership
(TCO) by leveraging combined tiered
private and public cloud based storage.
5. 5
Primary Volume
Snapshot
Disk Array
Physical Tape
Infrastructure
Offsite Vault
Encryption
Appliance
Servers
Media Server Disk Backup/ VTL
Architecture comparison
1
2
3 4
5
6
7
7Components
Traditional approach
10. SQL
Databases
• low demand
Archiving
• Media
• Logs
• Legal
File Share
• CIFS
• NFS
• NAS
Sharepoint
• Remote
Blob
Storage
VMs
• archive
• regional
• office,
backup
Use case scenarios
Possible target use cases
11. Backup software target
• DPM or backup
software storage
target
High performance
workloads
• SQL Servers with high
demand
• VMs with high demand
High performance
workloads
• Exchange
• CRM
• ERP
Use case scenarios
What it’s not intended to
17. The physical appliance
Built for availability
• Fully redundant design
• Able to run on a single
power supply
• Supports MPIO between
host and appliance
• Nondisruptive Software
Upgrades (NDU)
• Hot swap controllers, PCMs,
and cooling fans
• RAID 10 SAS, and SSD
18. 18
The StorSimple tiers
SSD SAS
Inactive Data,
Snapshots and
Backups
Local Disks
The
Working
Set
Cold
Data
Public Cloud
20. 20
SAS
The StorSimple tiers
Local Disks
Public Cloud
SSD
Keep in mind, a file is
made up of multiple
blocks. Since tiering is
block level, data can span
all three tiers.
21. 21
Backup and recovery
Local Public Cloud
• Point-in-Time recovery options
• Stored as deduplicated and
compressed
• Fast recovery in the case of
accidental data loss
• Point-in-Time recovery options
• Stored as deduplicated and
compressed
• Moderate recovery time in case of
disaster or accidental data loss
• Multi-location restore options
2Options
22. 22
Backup and recovery
Volume Restore
• Recover and entire volume in case of corruption or deletion
• Can be done from either local or cloud snapshot
Deterministic Thin Restores
• All meta-data is first restored
• Applications requesting data bring it back to the working set as needed
• Application performance is initially slower, but speeds up with normal tiering
24. 24
StorSimple security
Additional Points
• Encryption key stays with the customer
• Data is encrypted before it leaves the appliance
• StorSimple allows for 64 storage accounts, each with its
own set of 256-bit access keys
• Access to volumes can be secured
26. 26
Playback demo
Overview
• SSDPC (MMC)
• Web console
Configure
• General
configuration
• QoS
• Access Control
Records (ACR)
• Cloud
Manage
• Alerts
• Hardware
Volumes
• Create Volume
• Connect Volume
(Servermanager)
• Volume Groups
• Data Protection
Policies
• Data Protection
Jobs
• Data Protection
Status
What we are looking at
This slide is used to highlight the complexity of standard backup solutions
This slide is used to highlight the relative simplicity of StorSimple
This slide is used to highlight the relative simplicity of StorSimple
This slide is used to highlight the relative simplicity of StorSimple
Grundsätzliches, was wird unterscheiden
Hot Data = Working set
Application-optimized storage and data protection
Application-optimized volumes are supported for Windows file shares, SharePoint and VMware libraries. Full support for VSS application-consistent snapshots is provided.
High performance workoads more typically include the following services:
CRM
ERP
SQL
Transaction and analytical processing
The two controllers allow for a feature called Nondisrupsive Software Upgrades (NDU).
This allows updates to be made without taking any downtime, by keeping one controller up at all times, to serve and process data.
4 network ports per controller.
Nondisruptive Software Upgrades (NDU)
The two controllers allow for a feature called Nondisrupsive Software Upgrades (NDU).
No downtime is achieved by keeping one controller up at all times, to serve and process data.
Hot swap components
Because of the level of redundancy, components can and should be hot swapped as quickly as possible after failure.
Note that Azure is not required, Amazon, for example, is also a supported storage provider.
Applications get local SSD performance with the elasticity of the cloud through automatic tiering based on a BlockRankTM algorithm that does for blocks of content what Page Rank does for Google.
This slide highlights the underlying tiering. A word document is not the best example of this.
Fast backup and near instant restore using the cloud
Incremental, deduplicated snapshots reduce storage requirements by more than 90%, while delivering instant snapshot and restore technology in minutes as opposed to days.
Cloud Snapshots offer offsite data protection via the cloud.
It is now simple and cost-effective to retain as many snapshots as you need – no more 30, 60 or 90-day limits.
Fast multi-location disaster recovery without tape
Backups made to the cloud can be recovered to the same location or a different location. Disaster recovery is now as fast and simple as mounting a volume. Now you can replace tape without having to double your storage infrastructure investment.
AES-256 security
All data stored in the cloud with StorSimple has AES-256 encryption applied to it.
The encryption key is never given to StorSimple or the cloud provider, ensuring complete data privacy to support compliance requirement.
QoS gilt für die WAN Verbindung
ACRs sind Templates, die den Zugriff der Server auf die iSCSI Verbindung regeln.
QoS gilt für die WAN Verbindung
ACRs sind Templates, die den Zugriff der Server auf die iSCSI Verbindung regeln.
QoS gilt für die WAN Verbindung
ACRs sind Templates, die den Zugriff der Server auf die iSCSI Verbindung regeln.