6/16/2018 1:54 PM BRK4041 Examining Technical Best Practices for Veritas and Microsoft Azure Using a Detailed Reference Architecture doug.snyder@veritas.com niclas.blaback@veritas.com © Microsoft Corporation. All rights reserved. MICROSOFT MAKES NO WARRANTIES, EXPRESS, IMPLIED OR STATUTORY, AS TO THE INFORMATION IN THIS PRESENTATION.

Agenda 1 Common Practices and Challenges 2 Best Practices for Data Movement and Long-Term Retention 3 Best Practices for Workload Resiliency and Migration 4 Wrap-Up / Q&A

Common Practices and Challenges

Workload protection and data management in multi-cloud Common use cases Disaster Recovery Long-term Retention Protection in Cloud Data and Workload Portability

Workload protection and data management in multi-cloud Challenges with common approaches Exponential Data Growth Service Level Objectives Operational Inefficiencies Performance & Capacity Environment Coverage

Best Practices for Data Movement and Long-Term Retention

Workload protection and data management in multi-cloud Challenges with common approaches to resiliency, migration and long-term retention 1 2 3 Organizations can move data to the cloud Using various protocols such as Object, Block, NFS and CIFS/SMB Capabilities such as Storage Tiering enables performance and cost optimization by moving data to Hot and Cool tiers Policy based bi-directional data movement helps to bring back hot data to on-premises storage Encrypted and secure stream of data sent to cloud Ensure optimal and flexible data movement to AZURE Deployment of Access in AZURE to help with Cloud native Apps DR support for NAS workloads with replication across DCs

Cost effective long-term data retention Low cost, flexible alternative for long-term data retention Eliminate the need for cumbersome, time consuming tape management Cost-effective and resilient solution that is scale-out (linear performance) & elastic (grow/shrink with demand) Retain De-duplication across the cloud vendors for better optimization NetBackup Media Server Global Dedupe Dedupe Engine Dedupe Object Veritas Access SAN DAS Public Cloud over protocol

Backup to the cloud – AZURE cool and hot tiers Seamless movement of data from on-premises to cool tier Per storage account limit is 500 TB storage Access supports 200 storage accounts per user Automatically allocates additional 500 TB storage account based on space requirements Customer data center Deup Engine Deduplicated data Master server Hot tier Media server NetBackup console Deup Engine VPN secured Cool tier Media server Veritas Access scale out storage Protected infrastructure Users Access Lifecycle Policies “on-premises” storage tier “Hot” storage tier “Cool” storage tier

40 Achieve global scale, in local regions Azure regions Trust 40 Azure regions RECENTLY LAUNCHED: US Gov: US Gov Texas and US Gov Arizona NEWLY ANNOUNCED: France: France Central and France South Africa: South Africa North and South Africa West

Cost Effective Long-Term Data Retention Single file restore Direct Cool tier back-up and restore BACKUP FLOW RESTORE FLOW Access Access Azure Bob Hot Blob Cool Blob

Policy Manager with ML Scale-out File System On-premises storage Move files that are older than 120 days to AZURE Blob Policy driven Access Storage tiering Primary Tier ACCESS Move files that are older than 90 days to AZURE Blob

Veritas Access Integration with Veritas Information Map Public Cloud SAN DAS iSCSI

Workload protection and data management in multi-cloud Challenges with common approaches to resiliency, migration and long-term retention 1 2 3 Ensure optimal and flexible data movement to AZURE Access can be deployed AVMs To automatically provision the right tier of Azure Storage Disk or Azure Blob tiers. Works with cloud native applications for both file, object and block based access Effective resource utilization with thin provisioned storage Deployment of Access in AZURE to help with Cloud native Apps DR support for NAS workloads with replication across DCs

Storage Optimization within AZURE Veritas Access Protocol Access NFS/SMB/FTP) Unstructured data workloads Thin Provision Policy driven Access SMART IO Storage Tiering

Workload protection and data management in multi-cloud Challenges with common approaches to resiliency, migration and long-term retention 1 2 3 Ensure optimal and flexible data movement to AZURE Deployment of Access in AZURE to help with Cloud native Apps Sync/async replication helps to enable DR for application data. Access DR can be enabled in multiple ways: DR across the regions DR between On-premises and AVM instances DR support for NAS workloads with replication across DCs

Unstructured data workloads AZURE Deployment DR with multi-region support Region 2 Unstructured data workloads Access Policy driven DR within cloud Access Storage tiering Region 1 Region 3 Access

On-Premise NAS to Cloud Replication Synch replication Unstructured data workloads Policy driven Access Storage tiering Asynch replication

Best Practices for Workload Resiliency and Migration

Workload protection and data management in multi-cloud Challenges with common approaches Exponential Data Growth Service Level Objectives Operational Inefficiencies Performance & Capacity Environment Coverage

Quick and Simple Migration with VeritasTM CloudMobility Single-Click Migration Pre-migration testing Just-in-time provisioning Existing IT Environment Optimized, secure, data movement On-Premises Traditional or Private Cloud Public or Managed Private Cloud Pre-migration testing Migration automation Migration safeguard

Disaster Recovery & Mobility with VeritasTM Resiliency Platform VERITAS RESILIENCY PLATFORM Public Cloud/s Your Primary Data Center Private Cloud/s Single-click disaster recovery, migration and workload mobility DR Data Center

Workload Resiliency, Migration and Ongoing Mobility Predictable, effective and flexible workload resiliency, one time migration and ongoing mobility to/for Azure Service Level Objective Driven Configuration True Single-Click Recovery for ALL apps Optimized Data Movement Service Level Objectives Operational Inefficiencies Workload Mobility without data conversion Automated Configuration & Provisioning in Azure Single console for the Multi-Cloud

Solution Overview Workload Resiliency and Migration to Azure Workload Support Data Mover Azure Recovery Compute Azure Recovery Storage VMware VM, Hyper-V VM, Multi-tier VRP Any to Any Data Mover Azure VMs (choice based on workload needs) Managed Disk (blob) Multi-tier dependency mapping & control Automated Orchestrated Migration & Takeover VIRTUAL MACHINES MULTI-TIER BUSINESS SERVICES Just In Time Recovery VM VM VM VM INFRASTRUCTURE MANAGER VIRTUAL APPLIANCE VM VM VM VM VM VM RESILIENCY MANAGER VIRTUAL APPLIANCES Managed Disk/Blob Azure VMs Environment Coverage VM VM VM VM VM VM Disaster Recovery Rehearsal VM REPLICATION VIRTUAL APPLIANCE REPLICATION VIRTUAL APPLIANCE Blob Snapshots Azure VMs Resiliency Platform Cloud Optimized Secure Data Movement Resiliency Platform

Efficient Cloud Optimized Data Movement Components IO-Filter Automatically deployed In-Guest Taps raw IO-Stream coming from the virtual machines Relays the data blocks to local replication gateway Production Site Public Cloud In-Guest I/O Tap VRP Replication Appliance VRP Replication Appliance Replication Gateway (Appliance) - Primary Virtual appliance hosted in the primary data center Receives data from IO-Filter Bulk transfer - batch, compress, encrypt Pass the data blocks to the corresponding gateway in the pair 01010110101101010101 00111101011101010110 Secure (AES 128/256) Bandwidth optimized Optimized bulk transfer Performance and Capacity Cross Hypervisor Replication VMware & HyperV to Public Cloud Hypervisor Based Replication Write-Order-Fidelity maintains consistency Replication Gateway (Appliance) - Secondary Virtual appliance hosted in the secondary data center Receives data from primary Gateway Apply data to the cloud volumes

Wrap-Up

Workload Protection and Data Managed Best Practices in Azure Common Use Cases, challenges and solutions Challenges Use Cases Solutions Long term retention Data & Workload Portability Disaster Recovery Protection in Cloud Scale considering increasing data growth Performance & capacity requirements Service level objectives Operational efficiency Veritas Access: Effective long term retention and data movement to Azure Veritas Resiliency Platform/ Cloud Mobility: Predictable resiliency, migration and ongoing portability of workloads and business services to Azure

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