MPSTOR's Hyper-converged software provisions compute, storage & networking delivering.

Transcription

1 High performance scale out storage MPSTOR's Hyper-converged software provisions compute, storage & networking delivering. Data & Cloud service resilience High performance over diverse Workloads Petabyte scalability Optimum CAP-EX and OP-EX Data security Provisioning of multiple consumer types 1

2 Webinar 24th February Openstack Cloud Disaster Recovery Use case: Are you prepared when it strikes Date: Tuesday 24th of February 2015 Time: 4 PM GMT, 11AM EDT, 8AM PDT Openstack Clouds are being deployed every day in different organisations and at multiple datacentres. The buzz is over now it s time to deal with operational issues relating to building and running an Openstack Cloud. Providing DR for a workload is a complex task involving infrastructure, software and an understanding of the workload. To enable recovery following a disaster, the administrator needs to execute a complex set of provisioning operations that will mimic the day-to-day setup in a different environment. In this webinar you'll learn: - How to scale an openstack cloud. - How to build high availability into all of the components of a Cloud. - How to recover from a disaster. - How to reduce downtime cost. 2

3 MPSTOR functional storage layers Tenant space based provisioning Openstack Dashboard based provisioning SDS based provisioning between hardware nodes Scale out storage, local storage SAV Termination Storage Providers (Physical) Orkestra VSA Orkestra HCS Orkestra SDS Orkestra VBS Orkestra SAM FC/SAS iscsi Arrays SMI-S Arrays Tenant Virtual Machine iscsi, CIFS, NFS Hyperconverge Snap, Thin, d platform for Replication, public/private SDS Cloud Backup, cloud controller or scale DR out managing storage pools with of compute plugins for and Virtual storage CINDER Block and VBS store nodes ESXi for SAV automated termination scale point out Storage Scale storage Array out Managememt storage SAV s built on Volume services Disk, RAID, Fabrics, Block, File, Object Volume services 3

4 MPSTOR cloud architecture Self Service dashboa rds Storage Consumers Tenants Virtual Consumers Machines Storage Services Nodes Virtual Machines, Nodes, Tenants SDS out-of-band control plane Operato r ToolBox MPSTOR TM component Fabrics & Protocols VBS Service Layer Fabrics & Protocols Storage Protocol Storage Providers Virtual Storage Array Automat ed Provisio ning Storage SLA & Policy Mgt Software Defined Storage MPSTOR Delivery tools IN-BAND termination & services Fabric Mgt Virtual Storage Layer Single Pane Monitori ng & Alerts FC/FCoE, SAS, CIFS/N S3/SWI ISCSI BLOCK FS FILE OBJECT FT STORAGE ARRAY PROVIDERS Protocols&Fabrics Volume services Snapshot, Thin provisioning, Replication, S3 backup, RAID, IOC management Storage Array Management Data Protection & Resiliency STORAGE Offload Engine ANALYTIC S MPSTOR on OpenPlatform H/W Or 3rd Party Appliances 4

5 MPSTOR Orkestra HCS MPSTOR s software integrates in a single hyper converged software distribution scale out automated provisioning of Storage Compute Networking Our software enables customers to build differentiated high value converged appliances. There are three core software components: SAM module transforms bare metal hardware into full featured storage arrays. Software defined storage module Scale out automated provisioning of storage for a wide range of datacenter consumers Virtual services module 5

6 Principal Use cases Hyper converged Software defined (public/private Cloud) Hyper converged Storage All-in-one appliance Orkestra HyperConver ged Storage software Software defined Scale out storage Block, File, Object storage 6

7 Use cases DR_SITE MyCloud 1 COPY COPY VM from A to B Replication VSA Cloud Backup 1 COPY 1 COPY Public Cloud AWS 7

8 Copy a VM What does this mean It means COPYING a POINT IN TIME (Snapshot) of your VM A to B The POINT IN TIME copy must be COHERENT! This means when I restart the image it will be functional. 8

9 Steps in copying a VM Step 1: VM in a COHERENT state Micro Pause, Flush to disk Step 2: SnapShot the VM (Volume) Step 3: Copy the Snapshot to DR site Step 4: Restore Copy to VM volume Step 5: Restart VM on DR site 9

10 Disaster Recovery DR_SITE MyCloud 1 VM@T0 7 VM@T1 2 5 Orkestra SAM Restore 6 3 Orkestra SAM Object 4 VM@T0 Orkestra SAM Backup 10

11 STEP1 Create the SWIFT Sorage 11

12 STEP2 CloudBerry Test 12

13 STEP3 Launching A VM (boot from Volume) 13

14 STEP4 BackUp to SWIFT 14

15 STEP5 Check BackUp in SWIFT browser 15

16 STEP6 Create Volume in DR site 16

17 STEP7 Restore Object Backup TO VM volume 17

18 STEP8 Test the Restored Volume 18

19 Thank You 19