12. Today’s Data Protection Reality Pressure to meet the changing needs of the business Data growth is immense Companies want more data protected Time required for backup is expanding Backup hampered by tape’s unreliability and poor performance Virtual machines pose unique backup challenges Increasing volume of data at remote offices More data stored locally on desktops and laptops
13. The Usual Answers Backup to tape, or stage to disk, and then archive to tape Manually move tapes offsite for disaster recovery Traditional backup and recovery Inefficient and slow, ~200% of primary data moved across the network weekly Tedious, multi-step recovery process Risks the loss or theft of unencrypted tapes in transit Data is difficult to recover and leverage
21. GO WANT NT T TO HOME HOM I WA O GO E I AD H I WA O HE NT T OME HEAD HOME WANT TO I Avamar: How it Works Fixed vs. variable block length data deduplication Fixed Method: Variable Method: = 5 objects = 5 objects = 1 new object = 3 new objects
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24. Network Network Target- and Source-based De-duplication There are strong use cases for both technologies… but only source-based de-duplication reduces network bandwidth requirements and decreases resource utilization during backups. DE-DUPLICATION AT TARGET DE-DUPLICATION AT SOURCE Moves ~ 2 percent of primary data weekly Up to 50 times reduction in backup storage Up to 500 times reduction in network impact Up to 10 times faster daily full backups All backups are full; immediate, single-step recovery Next-generation backup and recovery Moves ~ 200 percent of primary data weekly Up to 50 times reduction backup storage Backups are typically restored from full and incremental images Data viewed as file systems and/or virtual tape library target for traditional backup environments
33. Avamar: Real-World ResultsAvamar daily full backups versus traditional daily full backups Source: EMC While results will vary by data type and mix, Avamar can dramatically improve backup performance and efficiency
34. Avamar’s Innovative Architecture U.S. Patent No. 6,826,711 Avamar Server Verified checkpoint Redundant Array of Independent Nodes (RAIN) architecture Each server node includes CPU, memory, and internal disk storage Provides high availability and fault tolerance across nodes Grid architecture for online scalability and performance Daily Avamar server integrity checks Data recoverability verified daily RAID protection from disk failures Available for Avamar software and Avamar Data Store Parity across storage nodes Utility and spare node
35. Avamar’s Centralized Management Avamar makes it easy and efficient to protect hundreds of offices worldwide from a single location over existing network bandwidth. Policy-based multi-site management over existing network bandwidth Intuitive, web-based interface At-a-glance dashboards Capacity reporting and alerting Facilitates “set and forget” deployment in smaller enterprises Improves efficiencies and streamlines management in remote/branch offices
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37. Avamar VM Avamar VM Avamar VM Resource Pool VMware Virtualization Layer x86 Architecture Avamar Server Deployment Options Avamar Software Avamar Data Store Avamar Virtual Edition for VMware Fully integrated hardware/software solution with single point of support Single-node Avamar server running as a virtual machine (virtual appliance) Software for industry-standard servers
39. Avamar Data Store Fully integrated software/hardware solution Complete EMC backup, recovery, and disaster recovery offering Avamar backup and recovery software with integrated source/global data deduplication EMC-certified hardware built to order—fully configured and delivered Built-in high availability Avamar RAIN technology Spare node, RAID Redundant power distribution Redundant switches, NICs for automatic failover on user’s network Simplifies Purchase (single vendor, certified hardware) Deployment (minimizes onsite setup) Service (single vendor support)
40. Avamar Data Store Flexible deployment options Avamar Data Store Scalable with up to 52.8 TB of deduplicated disk capacity Equivalent of up to several petabytes of cumulative traditional disk or tape backup storage Reduces required backup disk storage by up to 50 times High availability and reliability with RAIN architecture, RAID, daily integrity checks, and redundant power, switches, and NICs Avamar Data Store single node Supports 1 TB, 2 TB, and 3.3 TB licensable deduplicated storage capacity configurations Equivalent of up to 114 TB of cumulative traditional disk or tape backup storage Designed for easy deployment at remote offices Offers fast, local recovery without dependence on a WAN
41. Avamar VM Avamar VM Avamar VM Resource Pool VMware Virtualization Layer x86 Architecture Avamar Virtual Edition for VMware Avamar server deployed as a virtual appliance Industry’s first deduplication virtual appliance for backup, recovery, and disaster recovery Leverages existing ESX servers and storage Can use existing iSCSI, SAN, or DAS disk storage Replication (of applications and storage) eliminates shipping tapes Replicate between virtual Avamar servers and physical Avamar servers Facilitates rapid, cost-effective deployment and return on investment Supports VMotion for deployment flexibility Up to two Avamar Virtual Edition for VMware virtual appliances per VMware ESX server for scalability
42. Avamar Data Transport Avamar grid ESX server Existing backup server NetWorker/ NetBackup server/storage node Transport Node Transport Node SAN/LAN Tape vault Replicates selected Avamar server data to data transport node residing on ESX servers Avamar backs up clients to Avamar server Avamar coordinates export of data transport replica through tape backup system Resource Pool VMware Virtualization Layer x86 Architecture Export deduplicated data to tape for long-term storage Policy-driven process exports and restores Avamar deduplicated data to and from tape Searchable file-level catalog eases and speeds restoration Leverages existing backup software (e.g., EMC NetWorker) Fewer tapes for lower costs—up to 50 times reduction in long-term storage costs
61. SCO UnixWare 7.1.3= ESX client operating system-certified using RHEL 4 client (support within virtual machines depends on VMware support of client operating system) No charge for client agents or application modules
63. VMware Backup Challenges ESX server Hardware Virtualization changes server, application, and information paradigm… backup must evolve to deliver even greater consolidation and value Old Paradigm Physical environment: Low overall server utilization and plenty of bandwidth for backup New Paradigm Virtual environment: High overall server utilization and littlebandwidth for backup 100% 100% 80% 80% 60% 60% CPU Utilization CPU Utilization 40% 40% Shared physical resources 20% 20% 0% 0% Virtual Server A Virtual Server B Virtual Server C Server A Server B Server C 20% resource utilization 80% resource utilization
69. 16 GB of memoryMore data to backup with more data to move, and fewer resources to do it
70. Optimized Backup for VMware Infrastructure Avamar deduplicates at the optimal location and level of granularity Optimal location: Reduces data at the source Data deduplicated at VM guest or proxy server (source) Duplicateddata never traverses congested shared physical resources Data moved during backup is reduced from ~200% to ~2% of primary data weekly Deduplicates data globally across virtual machines and/or VMDK (virtual machine disk) format files Optimal granularity: Sub-file, variable-length segments VMDK is one large file; any changes cause an incremental/full traditional backup Fixed-length segment deduplication solutions fail due to frame offset Avamar efficiently moves only new, unique variable length data segments Ideal for the protection of VMware environments Delivers fast, daily full backups over existing virtual and physical infrastructure Enables greater server consolidation by eliminating backup bottlenecks Maximizes value from VMware
71. Solutions for VMware InfrastructureFlexible, fast, efficient, and reliable backup and recovery Avamar and VMware vSphere 4 integration Universal support for all vSphere 4 backup options Daily full guest- and image-level backups vStorage API integration Greater backup and restore flexibility VMware vCenter Server integration Single point of management within Avamar for all VMware backup options
72. Traditional moves ~200% weekly Avamar moves ~2% weekly Resource Pool VMware Virtualization Layer Resource Pool VMware Virtualization Layer x86 Architecture x86 Architecture Optimized Backup for Vmware InfrastructureAvamar efficiently protects virtual machines Up to… 95% reduction in data moved 90% reduction in backup times 50% reduction in disk impact 95% reduction in NIC usage 80% reduction in CPU usage 50% reduction in memory usage All backups are stored as “virtual full backups,” ready for immediate restore Enables greater server consolidation ratios without overtaxing CPU utilization
73. CPU Usage Network Usage Disk Usage 1:30 p.m.% 1:40 p.m. 1:30 p.m.% 1:40 p.m. 1:30 p.m.% 1:40 p.m. 1:20 p.m. 1:20 p.m. 1:20 p.m. Traditional Avamar Backup for VMware Guest:Avamar vs. Traditional Backup
74. (ENCRYPTED) (ENCRYPTED) Avamar VM Resource Pool VMware Virtualization Layer Resource Pool VMware Virtualization Layer Resource Pool VMware Virtualization Layer Resource Pool ESX Server Resource Pool VMware Virtualization Layer Resource Pool VMware Virtualization Layer Resource Pool VMware Virtualization Layer LAN/ SAN SAN x86 Architecture x86 Architecture x86 Architecture Hardware x86 Architecture x86 Architecture x86 Architecture Avamar Solutions for VMware Infrastructure Remote Offices without VMware Remote Offices with VMware Avamar agent moves data to Avamar Virtual Edition for VMware; data is then replicated to the corporate data center WAN Avamar agent moves data to a physical Avamar Single Node server; data is then replicated to the corporate data center, OR an Avamar agent can back up directly to the data center over the WAN (ENCRYPTED) VMware Data Center with Guest-Level Backup VMware Data Center with vStorage APIs for Data Protection Proxy Server
75. APP APP APP OS OS OS VCB SERVICE CONSOLE GUEST Avamar Server Virtual Machines Centralized Data Mover VCB proxy server with Avamar Agent Avamar Server ESX Server MOUNT SNAPSHOT Physical Server SAN Storage SNAPSHOT SNAPSHOT Disk Memory CPU NIC Hardware APP APP APP OS OS OS VMware Disk NIC Memory CPU x86 Architecture VMware Virtualization Layer APP APP OS OS EMC Avamar Solutions for VMware Flexible, Fast, Efficient and Reliable Backup and Recovery AVAMAR CLIENT BACKUP SOLUTIONS NEW !!!!! Avamar and vStorage APIs for Data Protection.
76. VMware Virtualization Layer x86 Architecture Resource Pool = Avamar Software Agent Avamar Backup for VMware Guests Avamar agent resides inside each virtual machine Fast, daily full backups Deduplicates data within the virtual machine, as if they were physical servers Moves minimal backup data Reduces resource contention and accelerates backups Provides file-level restore for Windows, Linux, and Solaris
77. APP APP APP OS OS OS Avamar Server Virtual Machines Centralized Data Mover VCB proxy server with Avamar Agent Avamar Agents ESX Server MOUNT SNAPSHOT SNAPSHOT SNAPSHOT Physical Server SAN Storage Avamar and VMware Consolidated Backup Avamar agent resides on the proxy server De-duplicates within and across .vmdk files Supports both VCB file (Windows only) and image-level backup Avamar replication provides disaster recovery for backed up .vmdk’s
78. Hardware VMware Disk NIC Memory CPU Avamar Server Avamar Agents ESX Server APP APP APP OS OS OS EMC Avamar Backup at the Console-level Avamar agent resides on the ESX console OS De-duplicates within and across VMDK files Provides .vmdk image- level (no file-level) backup without VCB No proxy server or SAN required
79. Virtual Machines VMware Virtualization Layer Mount x86 Architecture Avamar server Resource Pool Physical server SAN storage = Avamar Software Agent Avamar client software runs on the proxy server Image-Level Backups through Storage APIs Avamar agent resides on the proxy server Fast, daily full backups Deduplicates within and across VMDK files Supports both file-level (Windows only) and image-level recovery Avamar replication provides disaster recovery for VMDKs vStorage API virtual proxy server with Avamar agent
86. Desktop and Laptop Backup and Recovery The business challenge Desktop and laptop backup is mostly manual IT professionals rely on end users to backup their machines manually End users rely on IT professionals to recovery lost files Today’s workforce is on the move 25% of today’s workforce is mobile* 75% of businesses see an increase in remote workers* Mac laptop usage up, Windows laptop usage down Ability to protecting confidential information 53% mobile users carry confidential company information Of those, 65% take no steps to protect data* Multiple approaches to desktop/laptop protection Local, standalone PC-based backup: CD, DVD, memory stick, USB drive Copy files to network share for integration with server backup Traditional server-based backup with client agents for desktops/laptops *Source: ESG
87. Desktop/Laptop Backup and Avamar Solution Puts power in end-users hands Eliminates Help Desk for restoring data to desktop or laptop End users restore their data anytime, anywhere Self-managed restores Document-level search engine Multiple language support All the benefits of Avamar backup Data deduplicated at the source Daily full backups—up to 10-times faster Minimal impact on PC and network resources during backup Avamar Desktop/Laptop End-user initiated restore Windows or Mac OS X Avamar Data Store
88. Ease of Use for Administrators Import users via active directory Automated client installation Policy based management
89. Ease of Use for End Users File search engine Self-service restores Online help and localized in 10 languages
91. A A A A A Metadata Data NW NW NW NW NW Metadata NetWorker Server Management Console Avamar NetWorker Data Storage node Data Store Disk, VTL, Tape NetWorker Deduplication node NetWorker and Avamar Integration How it works Integrated client is a standard feature of NetWorker NetWorker represents the Avamar Data Store as a deduplication node Deduplication is enabled through NetWorker Management Console Save process gathers metadata and sends it to the NetWorker server and data to the deduplication node On recovery, required deduplication data is requested, and full dataset is restored at client NetWorker Clients
93. Avamar’s Unique Value Deduplicates data at the client (source) Fast, daily full backups through existing infrastructure Deduplicates data globally Reduces required backup disk storage by up to 50 times Fast, single-step recovery Eliminates hassle of recovering last good full and subsequent incrementals to reach desired recovery point Recoverability verified daily Daily server integrity checks; data recoverability verified daily High availability RAIN architecture and replication—no single points of failure Centralized management Streamlines administration and management of remote backups Flexible deployment options Complete solution from EMC Backup, recovery, disaster recovery, and data deduplication
94. Avamar Transforms Backup and Recovery Global data deduplication defuses the explosion of backup data Fast, daily full backups through existing networks Backup disk storage reduced by up to 50 times Alters the fundamental economics of disk versus tape Accelerate shift to disk as primary medium for backup Key element of EMC’s next-generation backup portfolio
95. Open Line Managed Services Smart backup service key selling points Backup target on remote tier 3 location or even duplicated over more locations Pay as you grow, Open Line Managed Service BV smart backup charges on used or reserved Avamar diskspace No additional licensing for application or database agents 24/7 monitoring, daily operations and monthly reporting within the default SLA No cost for educating your own system administrators or engineers Simple, wizard drive and intuitive restore and additional backup for your own system administrators or engineers No tape, broken tape, tape handling, tape transport and or tape storage anymore Fast restores from disk, without unnecessary delays Help with local design, local deployment and or local configuration of the Open Line Managed Services BV Smart Backup First step to total disaster recovery of your whole site
96. openline Uw betrouwbare en innovatieve partner voor uw technisch ICT domein Consultancy | Managed Services
