to Migrating Workloads for publication A Practitioner’s Guide · VMware Cloud on AWS Overview....

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A Practitioner’s Guideto Migrating Workloads

to VMware Cloud on AWSAdam Osterholt, VMware, Inc.

Paul Gifford, VMware, Inc.

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VMworld 2018 Content: Not for publication or distribution

Disclaimer

2©2018 VMware, Inc.

This presentation may contain product features orfunctionality that are currently under development.

This overview of new technology represents no commitment from VMware to deliver these features in any generally available product.

Features are subject to change, and must not be included in contracts, purchase orders, or sales agreements of any kind.

Technical feasibility and market demand will affect final delivery.

Pricing and packaging for any new features/functionality/technology discussed or presented, have not been determined.



Principal Cloud Solutions Engineer

Office of the CTO Global Field

I still need to help Paul tie his shoes

@osterholta

Principal Cloud Solutions Engineer

Office of the CTO Global Field

I can tie my own shoes

@cloudcanuck

Adam Osterholt Paul Gifford

A Practitioner’s Guide to Migrating Workloads to VMware Cloud on AWSHYP1496BU

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Agenda


Why VMware Cloud on AWS?for Datacenter Evacuation

Roles and Responsibilitiesbuilding a team

Data Capture and Analysiswhat data and how to capture it

Choosing the right migration toolswhich tools are right for my team?

Flipping the switchexecuting the migration

Operational Management operational considerations during and post migration



VMware Cloud on AWS

Rich VMware SDDC delivered as a cloud service on

AWS

Consistency and familiarity of

VMware technologies

Easy workload portability and

hybrid capabilities

Direct access to the power of native AWS

services

Existing and new apps with Containers and VMs



VMware Cloud on AWS OverviewService Overview

VMware CloudTM on AWSPowered by VMware Cloud Foundation

AWS Global InfrastructureData Center

vSphere vSAN NSX

Private Cloud Amazon Web Services

vRealize Suite, ISV ecosystem

vCentervCenter

• VMware SDDC running on AWS bare metal

• Sold, operated & supported by VMware & its partners

• Support for containers & VMs

• On-demand capacity & flexible consumption

• Full operational consistency with on-premises SDDC

• Seamless workload portability and hybrid operations

• Global AWS footprint, reach, availability

• Direct access to native AWS services

Service Highlights

vSphere

Powered by VMware



VMware Cloud on AWS is a VMware ServiceService is delivered, operated, sold and supported by VMware

vSphere vSAN NSX

VMware CloudTM on AWSPowered by VMware Cloud Foundation



VMware Cloud on AWS Use Cases

BA C D

Service Overview


‹#› 9©2018 VMware, Inc.

Datacenter Evacuation

Why is Datacenter Evacuation the top use case for VMware Cloud on AWS?



Short timelines

Limited skillsets to re -architect applications

Unknown dependencies and workloads

Don’t know where to begin

Getting out of the Datacenter Business

Cloud First Strategy

Termination of Contracts

Lease expiration

Datacenter Evacuation

Turning out the lights

Datacenter EvacuationTurning out the lights



Stretched Clusters for VMware Cloud on AWSAllows developers to focus on business capabilities while infrastructure takes care of application availability

AWS Availability Zone A

AWS Availability Zone B

… …

vSphere HA/DRS span across AZ

NSX logical networks

Stretched Clusters

… …

vSAN stretched cluster

VMware Cloud on AWS SDDC

AWS Region

• Building on proven vSphere HA as well as automated host failure remediation

• Zero RPO high availability across AZs

• Built into the infrastructure layer

• Common logical networks

• vSphere HA/DRS enabled

• Synchronous replication between AZs

• AZ failure is treated as a vSphere HA event and VMs are restarted in the other AZ


‹#› 12©2018 VMware, Inc.

Build a team Who needs to be involved for a datacenter migration?

Which existing organizational silos are in your way?



Support & Operations

Networking & Security

Application Owners

Building a Migration Team

Infrastructure Administrators / Architecture


‹#› 14©2018 VMware, Inc.

Data and Dependencies

Which data is important for workload migrations?

How are dependencies discovered and mapped for your application today?



Bucketizing Workloads

Prolonged Downtime

Minimal Downtime

ZeroDowntime



VMWare Cloud on AWS Migration AssessmentAssessment for private cloud to VMware Cloud on AWS Migration

Start VMware Cloud on AWS engagement with Migration Assessment from Cost Insight

Calculate VMware Cloud on AWS capacity required to migrate applications / clusters / VM

Create effective application migration planning with Network Insight integration

Network Insight

Network egress costs

Application topology

On-

Pre

mis

e vS

phe

re b

ased

P

rivat

e C

loud

Network Insight Integration (NI) is Optional. Requires NI subscription

On-Prem vSphere based Private Cloud

CapacityCost

Cost Insight



VMC Sizer

SDDC

Server Configuration

Cluster Level Configuration

I/O profile

VM profile

Server Details

INPUT OUTPUT

Goal: Recommend the Most Optimized VMC SDDC Configuration


‹#›©2018 VMware, Inc.

Demo:VMware Cost Insight and Network Insight



Other Migration Considerations

Physical Hardware• Physical to virtual migration

• Begin migration of virtual workloads to free up capacity• AWS Bare Metal Service• Co-locate equipment in close proximity

Active Directory/DNS/DHCP/Time Sync• Use native cloud services where possible• Migrate services into VMware Cloud on AWS

Load Balancing/Edge Security• AWS Elastic Load Balancer• NSX Load Balancing – Planned in future• Use virtual appliances in VMware Cloud on AWSVMworld 2018 Content: Not for publication or distribution


Industry certificationsCompliance Certifications, attestations and assessments

SOC 1, SOC 2, SOC 3

HIPAA BAA

CSA STAR Self-Assessment

ISO 27001, 27017, 20718

GDPR compliance



Disaster Recovery Using VMware Site Recovery

Delivered as an add-on service with granular, on-demand pricing

Built on VMware’s proven disaster recovery solutions

Automated DR runbook with application-centric runbooks

Bidirectional protection between cloud and on-premises as well as between AWS availability zones

Integrated deeply with the VMware Cloud on AWS services

VMVM

VM VMVM

VM

VMVM

VM

VMVM

VM VMVM

VM

VMVM

VM

VMware Cloud on AWS (Primary)

VMware Cloudon AWS

(Secondary)


‹#› 22©2018 VMware, Inc.

Tools How should the data and workloads be moved?

How do you choose the right tools for job?



Downtime Tolerance

Workload Migrations

Prolonged Downtime Minimal Downtime Zero Downtime

Cold Migration Replication vMotion

Business and Technical Impact of the migrations



Migration AutomationIncreasing the efficiency of the migrations tasks

Progression of Automation

> 100 Workloads Hundreds of Workloads Thousands of Workloads

Cold Migration Live Migration Live Migration Bulk Migration



Hybrid Cloud Extension 1

Live Migration 2

Cold Migration 3

Content Library 4

Enhance vMotion Compatibility 5

Workload Mobility

On-premises Datacenter

vCenter Server vCenter Server

VMware Cloud on AWS

NSX

VDS

or

VSS

or

NSX

Storage

Content Library

Hybrid Linked Mode

VSAN

EBS



Migration WavesWorking with the business and operations

Migration Timeline

Prolonged Downtime Minimal Downtime Zero Downtime

Wave 1 Wave 2 Wave 3 Wave 4



NSX Hybrid Connect OverviewCloud Migration with Infrastructure Hybridity

Infrastructure Hybridity

App Mobility

vSphere 5.0+On-Premises

vSphere

Internet / Direct Connect / WAN

Infrastructure Abstraction

Modern EnterpriseDatacenter

vSphere

Partners: IBM, OVH

vSphere

VMware Cloud

on AWS

vSphere

App Mobility between any vSphere versions across on-premises and cloud.

Best-In-Class migration, VMware Cloud Motion with vSphere Replication, with zero downtime for large scale migration. Migrate 1000s of VMs Live

Multisite, Bi-Directional, SD-WAN optimized, Secure, Traffic Engineered, Network Extension with Auto VPN set up. NSX not required at the source.


‹#› 30©2018 VMware, Inc.

Operational Considerations

During the migrations, what needs to be considered?

What happens after the migration?



During the Migration

Monitoring and Management• Ensure monitoring tools are integrated with both environments• Integrate cloud monitoring and management with external tools

Networking• Remove stretched networks after migrations are

complete• Reconfigure load balancers and other security

appliances

Backup/DR• Move backup tooling to the cloud environment• Setup cloud to cloud disaster recovery as needed• Perform full backups initially to begin new baselineVMworld 2018 Content: Not for publication or distribution


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