26.09.2017

Acelera la integración

de tu infraestructura

con Azure

José María Genzor

Enterprise Team Lead

2

10:00 Introducción a Azure.

10:30-11:15 Estrategias de migración a Azure.

11:15-11:45 Break.

11:45-12:30 How to Speed, Simplify, and Scale Migration to

Microsoft Azure.

12:30-12:45 Repsol: Caso de éxito ¿Por qué Velostrata?.

12:45-13:30 Demo: Migración a Azure con Velostrata.

13-30: Q&A.

Acelera la

integración de

tu

infraestructura

con Azure

3

Introducción a Azure

MODELOS DE CLOUD COMPUTING

Cloud innovation presents challenges for IT

Identity

Virtualization

DataPlatform

DevelopmentDevOps and mgmt

9

11

12

De on-premises a Azure

14

Extend your infrastructure

Develop, test, run your apps

Store, backup, recover your data

Reach where your datacenter won’t

Extend your infrastructure

Develop, test, run your apps

Reach where your datacenter won’t

Cloud

Storage

Opportunity

Simple and fast on-ramp to Azure

Active data instantly available locally

Archives less used data to Windows Azure

Recover data from any internet connection

Reduce enterprise storage TCO by 60-80%

Backup datacenter data to Windows using System Center Data Protection Manager

Backup and recover files/folders from Windows Server 2012 SP1

Benefits

Reliable offsite data protection

Simple, familiar, integrated

Efficient backup and recovery

Easy set up

Your On-Premises Datacenter

18

Virtual datacenter

Develop, test, run your apps

Store, backup, recover your data

Reach where your datacenter can’t

Extend your infrastructure

Develop, test, run your apps

Reach where your datacenter won’t

Store, backup, recover your data

Develop, test, run your apps

20

Extend your infrastructure

Develop, test, run your apps

Store, backup, recover

Reach where your datacenter can’t

Extend your infrastructure

Develop, test, run your apps

Reach where your datacenter won’t

Store, backup, recover your data

Extend your infrastructure

23

Extend your infrastructure

Test drive your apps

Store, backup, recover your data

Reach where your datacenter won’t

Extend your infrastructure

Develop, test, run your apps

Reach where your datacenter won’t

Store, backup, recover your data

Reach where your datacenter won’t

Microsoft Azure

Websites

Reach where your datacenter won’t

26

Estrategias de migración a Azure

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Estrategias de migración a Azure

Manual

@plainconcepts

- Positives: It is a free method.

- Negatives: There is a lot of manual effort involved, making the solution not actually free (effort is not free), and prone to error. There is also a huge amount of downtime due to the out-of-band method of uploading the virtual hard disk(s).

Manual Upload VHD

29

Estrategias de migración a Azure

ASR

@plainconcepts

- Positives: The downtime is minimized. The small amount of downtime is required to maintain consistency for the required asynchronous replication (for latent network connection). The switch-over is a big bang, and the one-click process even allows for testing.

- Negatives: You have to deploy a disaster recovery solution to move VMs to the cloud. This is a big bang solution, so you might require several smaller bangs to see progress. This is possible with some planning and engineering effort

Azure Site Recovery

Azure Site Recovery: The Complete Migration & Disaster Recovery Solution

Any OSWindows Linux

Private cloud to Azure Public cloud to Azure

Unmatched Application Support

Active Directory | IIS | RDS/VDI | File Server

additional license charge for DR of 1st party workloads

Migrate Applications to AzureKey Considerations

Plan the Azure infrastructure

Replicate data to Azure

Test applications in Azure before

migration

Reduce downtime of production

workload during migration

Plan

Replicate

Test

Migrate

Migration using Site recovery

Migrate from multiple environments VMware, Hyper-V, physical, Azure and Amazon Web Services

Migrate any workloads Support for both Linux and Windows workloads

No-impact migration testing When replicating workloads into Azure, execute tests to ensure readiness

Value Props

Migration using Site recovery Move applications with near-zero downtimeMove a single application or an entire datacenter to the cloud with minimal impact to production users

No Licensing FeeNo Site Recovery charges for Migration (first 31 days)

Hub (Hybrid Use Benefit)Move Windows Server licenses covered under Software Assurance to Azure

Value Props

Recover VMware and Physical Servers

in Azure

Source: VMware VMs& Physical Servers

Data Channel

OMS Site Recovery

Microsoft Azure

ProcessServer

ConfigServer

Process Server Configuration Server Mobility Service

ASR Hypervisor- Requirements

Datacenter VMware – ESX/ESXi version 5.1, 5.5 & 6.0

Hyper-V – Windows Server 2012 R2 / 2016

VMM – System Center 2012 R2 / 2016

ASR Capacity - Requirements

Datacenter

The number of VM’s, their size and average daily data change rate all impact network capacity and local storage requirements.

Azure

ASR Capacity Plannerhttps://azure.microsoft.com/en-us/documentation/articles/site-recovery-capacity-planner/

Quick or Detailed mode

Single or Multiple Machines

NetworkingSaturate Available bandwidth

ThrottlingFirst class experience with MARS agent – More details

Retain IP vs. Change IPWith full subnet failover -> Retain IP

For partial subnet failovers -> Change IP

More details

Client routingASR + Azure Traffic Manager - More details

ASR with ExpressRoute

Customer Datacenter

Azure Public Services (Storage)

Azure Compute

Customer Connectivity

Azure Edge

Partner Edge

Connectivity to IaaS Virtual Network post failover (Private Peering)

Site Recovery replication traffic (Pubic Peering)

Common Challenges• Workloads Support

• Disk Size (> 1 TB)

• OS version*

• Infrastructure Planning

• Estimate network bandwidth

• Configuration and Process server are overloaded

• VM Performance

• Storage IOPs

• VM CPU and memory issue

• Storage Placement

DR to Azure workload requirements VMs with 64 disks (64 TB) and leverage SQL Always-ON for DB workloads

For Hyper-V VMs ASR does Gen-2 to Gen-1 conversion at failover

Push Install from ASR – Remote WMI and File and Printer sharing

Offline install - Leverage DSC to push mobility service – More details

Offline install with other tools like SCCM

For DB workloads leverage DB replication like SQL Always-ON

ASR Replication

SQL Availability Group

App Tier

Web Tier

DB Tier

Primary Site Azure

Azure Storage

IaaS VM

Active Directory

AD & ASR Replication IaaS VM

Azure Site Recovery

Application DR with ASR

ASR Monitoring – Protected Items health

ASR Monitoring – Events &

Notifications

Site Recovery for Azure VMs Key Capabilities

No DR infrastructure

Automated protection and replication

Best in class RPO and RTO

No-impact DR Drill

Orchestrated recovery plans for application DR

Network connectivity and application dependencies

Failback support

Azure to Azure DR – ASR ArchitectureTarget Environment (Australia Southeast)

Failover

Source Environment (Australia East)

storage1

VM2 VM3

vnet1

subnet3subnet2

storage1srccache storage1asr

vnet1

subnet3subnet2

VM3

@plainconcepts

ASR

DEMO

@plainconcepts

¿Y Después de la migración?

¡GRACIAS!www.Plainconcepts.com

@plainconcepts

www.plainconcepts.com

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