DataProtection
Simple,automatedandscalable
JerryRijnbeek - SalesEngineeringEMEA
Jerry@Rubrik.com
Remember the days that back-up was simple?
Remember the days that back-up was simple?
Production Servers
Backup Server
Tape Archive
Offsite Tape Archive
The Data Center protection today
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
Hypervisor
Production Servers
House-keeping
Window challenges
SAN
License management
Knowledge upkeep
Backup Proxies
Disk-based
Backup
Backup Server
Scaling of servers, disk etc
Dedupe on agent, server or
disk
Database Server
Search Server
Tape Archive
Offsite Tape Archive
4
The problem:
Backup/Recovery consists of many
Server HW, OS, Licenses, Software
Agents, Networking and Storage
components. Backups are based on
manual timing.
Complex, expensive and hard to scale
5
Rubrik founders and engineers
2 Parts Consumer, 1 Part Enterprise
YouTube
Colossus
Fiber
MapMaker
BigTable
HipHop VM
Kernel
Data infrastructure
Data Domain File System
VMware Virtualization
Oracle Exadata
Riverbed WAN Optimization
6
Key Architecture Principles
Simple Software Convergence
A single system that encompasses all
aspects of backup and recovery, from
storage to orchestration.
SLA Policy Driven Automation
A policy engine that automates
backup, replication, and archival
across private and public clouds.
Global Search
Any file quickly accessible, wherever
it’s stored – Brik, NFS, object store,
public cloud.
API-First
A programmatic interface that allows
custom workflows for third party
services. All functionality is available
via RESTful APIs.
7
It’s time to replace and simplify
A simple and scalable appliance that converges
Backup Software,
Backup Catalog servers,
Backup Media servers &
Globally Deduplicated Storage
with Cloud archival
Rubrik Converged Data Management Appliance
OEM Hardware
•
2U appliance – “Brik”
•
4 hardware nodes per appliance
•
CPU, MEM, NICs, HDD and SSD per node
Intelligent Software Fabric
1
2
3
4
•
Fully distributed clusters
•
Scale incrementally
•
Master-less design (identical peers)
•
Shared nothing architecture
•
No single point of failure
9
Backup and Recovery Redefined
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
Hypervisor
Simplicity Delivered –
Rack and Go
Hypervisor
…
Discovery Without Agents,
Scale-Out Dedup &
Compress
Recover Apps Instantly
VMDK
VMDK
VMDK
VMDK
VMDK
VMDK
VMDK
VMDK
VMDK
VMDK
VMDK
Secure “Cloud Out”
VMDK
Primary System
Global Index Across
Briks and Archive
Google-like Search to
Recover
10
Recovery: Restore with a Near-Zero RTO
(NetworkEnabled)
VM
Production
(Deprecated)
PrimaryStorage
vCenter Server
VM
Recovered
ESXiServer
Backups
StoragevMotion
SSD
Near
Zero
Live Mount – Zero-Space Clones For Testing/validation
(NetworkDisabled)
VM
Production
PrimaryStorage
VM
Mount
ESXiServer
Backups
SSD
vCenter Server
Software Architecture
Search
Recovery
Backup
Replication
SLA POLICY
Archival
ENGINE
FILE SYSTEM
(ATLAS)
DISTRIBUTED
METADATA
DISTRIBUTED
TASK
FRAMEWORK
CLUSTER
MANAGEMENT
SECURITY
CONVERGED DATA MANAGEMENT PLATFORM
13
Rubrik Atlas File System
NFS
Node 1
Node 2
Node N
Atlas File System
•
Distributed file system
•
Global deduplication & compression
•
Master-less shared nothing architecture
•
Intelligent data striping across disks
•
Triple data mirroring
•
Instant data access (read/write) via NFS
•
No single point of failure
•
Supports 30K IOPS per Brik
14
Rubrik Distributed Metadata
• Distributed metadata service
• Master-less & fully decentralized
architecture
• Highly available with no single point
of failure
• Auto-healing
• All flash performance
• Metadata extends beyond a cluster
§ Facilitate recovery from replicas or
archives
Node
Node
Node
Node
Distributed
Metadata
Node
Node
Node
Node
15
Rubrik management & REST Automation
16
Rubrik Replication
Asynchronous, deduplicated replication
Instant Off-Site Recovery
Mount your data directly on Rubrik when
disaster strikes.
Policy Automation
Automate near-continuous data replication by
moving slider to desired retention.
WAN Efficient
Avoid network costs and headaches with
global dedupe that scales out to the full fabric.
17
Any type of Cloud for Archival
•
Archive
Deduplicated
Data
•
•
•
VM
SLA
VM
•
Automate archival with
policy-driven engine
•
Policy-driven archive snapshot
creation and expiration
File & object storage support
Data encrypted for public clouds
Deduplicated data transferred for
storage efficiency
Granular file search and recovery
to minimize data transfer
Support for recovery from archive
(metadata stored with archived
data)
18
Store Anywhere, Search Instantly
• Separate task to index files within a VM after a
snapshot has been taken
• Metadata created to allow for granular
individual file restores
• All index metadata stored on flash
• Support for all popular files systems
NTFS, ext2, ext3, ext4, xfs, etc.
• Predictive search interface
§ Seamless access to local and archival
snapshots
19
Detailed Reporting
Visibility across your data protection landscape
•
Watch Rubrik At Work – Validate all of the backup
tasks taking place within the Rubrik fabric.
•
Troubleshoot Failures – Get the hard facts on what
tasks need further action, such as supplying guest
credentials, for an administrator to remediate.
•
Technical Details – View task duration along with
quantity of data read, ingested, and transferred over
the network.
•
Local and Cloud Storage – Know exactly how much
on-premises and cloud storage you’re consuming.
•
Email and CSV Downloads – Setup email reports or
grab the raw data via CSV for 3rd party reports.
20
Technical Specifications
r334
r344
r348
r528
CPU
3x Intel 8-Core 2.4
GHz Haswell
4x Intel 8-Core 2.4
GHz Haswell
4x Intel 8-Core 2.4
GHz Haswell
4x Intel 8-Core 2.4
GHz Haswell
Memory
192 GB DDR4
256 GB DDR4
256 GB DDR4
256 GB DDR4
Storage
9 x 4 TB HDD
3 x 400 GB SSD
12 x 4 TB HDD
4 x 400 GB SSD
12 x 8 TB HDD
4 x 400 GB SSD
12 x 8 TB HDD
2 x 800 GB SSD
6 x 10GbE*
6 x 1GBase-T
3 x 1GBase-T (IPMI)
8 x 10GbE*
8 x 1GBase-T
4 x 1GBase-T (IPMI)
8 x 10GbE*
8 x 1GBase-T
4 x 1GBase-T (IPMI)
2 x 10GbE*
2 x 1GBase-T
2 x 1GBase-T (IPMI)
Network
Connections
* SFP+ or
10GBase-T
150-250
250-400
400-600
400-600
21
Thank You