A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian...

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A Protocol for the v6 Generation

Transcript of A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian...

Page 1: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

A Protocol for the v6 Generation

Page 2: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

IPv6 is Easy – IT is HardCiprian Popoviciu

Page 3: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

© 2008 Cisco Systems, Inc. All rights reserved. Cisco Public

IPv6 Context

An Adoption Experience

Lessons Learned

Where to go next

AGENDA

Page 4: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Introductions

• Ciprian Popoviciu

• IPv6 work started in 2001

• Strategy, Standardization, Architecture,

Deployment, Product

• Currently Director of Infrastructure Services,

IPv6 Practice Lead at Technodyne

Page 5: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

“IPv6 Is an Evolution Not a Revolution of the Internet Protocol”

IPV6 AND IPV4 DO NOT INTEROPERATE

BASELINE

Page 6: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

IPv6 Context

An Adoption Experience

Lessons Learned

Where to go next

© 2008 Cisco Systems, Inc. All rights reserved. Cisco Public

AGENDA

Page 7: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

� Scalability� Growth

� Next Gen

� Enablement� High Productivity

� Innovation

� Agility� Low TCO

� Flexibility

Driver Business Results

IT Transformation – Three Inflexion Points

Page 8: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Managed ServicesManaged ServicesManaged ServicesManaged Services

VideoVideoVideoVideoCloudCloudCloudCloud

Layer 2 or 3Layer 2 or 3Layer 2 or 3Layer 2 or 3

ACMEACMEACMEACME

Zero Touch ProvisionZero Touch ProvisionZero Touch ProvisionZero Touch Provision

ManagementManagementManagementManagement

AccessAccessAccessAccess

ContentContentContentContent

VPNVPNVPNVPNWAASWAASWAASWAAS IPv6IPv6IPv6IPv6

VOIPVOIPVOIPVOIP

SecuritySecuritySecuritySecurity

TelepresenceTelepresenceTelepresenceTelepresence

VirtualizationVirtualizationVirtualizationVirtualization

VDIVDIVDIVDI

IPV6 IN THE IT CONTEXT

Page 9: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Ultimately, it’s about people doing business

IPv6 TOUCHES EVERYTHING

Page 10: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

0

0.2

0.4

0.6

0.8

1

1.2

1990 1995 2000 2005 2010 2015

Original

Now

June 2011

June 8, 2011

World IPv6 Day

June 8, 2011

World IPv6 Day

January 31, 2011

IPv4 Exhausted

January 31, 2011

IPv4 Exhausted

• Opportunity to differentiate/Risk to lose competitiveness

• Inexpensive if well planned/Very expensive if accelerated

• Operational optimization/Increased risk

IPV6 IN THE BUSINESS CONTEXT

Page 11: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Virtualization (Compute, Storage Network)

Orchestration Tools

Application Performance

Security Tools

Usage Patterns

Roles & Responsibilities

Organizational Structure

Education

Planning Processes

Change Management

Service-Oriented Support

Business Continuity

People

Technology

Process

IPv6

Enabled

ITaaS

IPv6 in the IT Transformation Context

Page 12: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

IPv6 Context

An Adoption Experience

Lessons Learned

Where to go next

© 2008 Cisco Systems, Inc. All rights reserved. Cisco Public

AGENDA

Page 13: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

IPv6 Internet Presence IPv6 Internet Presence

Q3FY12Q3FY12Q2FY12Q2FY12Q1FY12Q1FY12Q4FY11Q4FY11Q3FY11Q3FY11Q2FY11Q2FY11Q1FY11Q1FY11Q4FY10Q4FY10

Content and Apps

Separate URLSeparate Web

Front-end

Content and Apps

Separate URLSeparate Web

Front-end

General IPv6 User AccessGeneral IPv6 User Access

Limited IPv6 Tunnel Service

Corp and Internet access on request

Limited IPv6 Tunnel Service

Corp and Internet access on request

Dual Stack Desktop Access

Corp and Internet Access

Dual Stack Desktop Access

Corp and Internet Access

20072007--20102010

Static Web Presence

Separate URLSeparate Web

Front-end

Static Web Presence

Separate URLSeparate Web

Front-end

Tunnel Service&DualStack Core

Corp and Internet accesson request

Tunnel Service&DualStack Core

Corp and Internet accesson request

Content and Apps

Single URLConverged Web

Front-End

Content and Apps

Single URLConverged Web

Front-End

Dual Stack Desktop Access

All global sites, remote access

Corp and Internet Access

Dual Stack Desktop Access

All global sites, remote access

Corp and Internet Access

FutureFuture

Long-Term IPv6

Investments

Apps & services

Collaboration

Communication

Enterprise Apps

Content

Long-Term IPv6

Investments

Apps & services

Collaboration

Communication

Enterprise Apps

Content

Teams

IT Infrastructure

Security

Projects 10G Backbone Upgrade10G Backbone Upgrade WiFi RefreshWiFi Refresh

Applications Development

ERPERP

Integration Roadmap Example

Page 14: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

The Challenge

Infrastructure Applications

Ap

pro

va

l

The Challenge of Kick-starting Synchronized IPv6 Adoption Process

Page 15: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Guidelines

Phased approach:

•Define a set of apps for the initial offering

•Define roadmaps for the rest of the apps

•Define guidelines for apps owners to ensure IPv6 readiness going forward

Value vs Cost:

•Considering the timeline, realistically, many apps would be IPv6 challenged

•Avoid apps which require significant resources to migrate and/or support

•Focus on apps which do not require multiple teams coordination

Realistic and Relevant:

•Avoid mission critical apps

•Choose apps which have a relevant usage frequency

Page 16: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Phased Approach

Phase 0

•Identify the apps for the Phase 1 of the Pilot

•Identify the migration steps and requirements

•Test the selected apps

•Prepare the infrastructure

Phase 1 (Pilot)

•Deploy the identified apps/services

•Operate the offering and monitor the results

•Collect trial data

•Identify and test the set of apps to be made available in Phase 2

Page 17: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Phase 1 Candidates

eReserve

Page 18: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Engineering LAB

IPv4 Corporate

Bld E

7301

POC LAB

Page 19: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

IPv4 Corporate

Test Network

(IPv4/IPv6)

Engineering DC

Bld E

Bld 23

Bld 24

IPv6 Internet

IPv6

IPv4

Dual-stack

ISATAP Tunnel

Pilot Infra – High Level (Data Center)

Page 20: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

DC3 DC4

10gb

1gb

2k2k

Test Network(IPv4/IPv6)

Page 21: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

UC Options

IPv4 Corporate

Test Network

(IPv4/IPv6)

Engineering DC

Bld E

Bld 23

Bld 24

IPv6 Internet

IPv6

IPv4

Dual-stack

ISATAP Tunnel

Sparse user

7010

5k

2k

VTG

IPv6 Islands

NEWNEW

IPv4 SitesIPv4 SitesA

A

A

New Cluster

1

2

3

Page 22: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

World Wide Expansion

Bangalore

Non-campus

Bangalore

CampusShanghai

RTP

California-1 California-2

Full Mesh ipv6ip tunnels Internet via Wallv6

OSPFv3

Page 23: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Metrics and Monitoring

Page 24: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

The Security Perspective

• Due to monitoring and IP Protection gaps, Risk Assumption by key

business leaders (including Legal) is mandatory

• Tight control of IPv6 client footprint

� IPV6 stack removed from standard image for client devices, VDI, DC servers

� ISATAP gateway removed fro DNS

• Development and deployment:

� Must be vetted by Infosec CSIRT team/management

� Review new standards with Infosec’s CSIRT team

Page 25: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

IPv6 Context

An Adoption Experience

Lessons Learned

Where to go next

© 2008 Cisco Systems, Inc. All rights reserved. Cisco Public

AGENDA

Page 26: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

PROCESS IS CRITICAL

• If you think it is just about technology, you are mistaken

• If you think it is just about services, you are mistaken

• It is about active support throughout the organization

– From executive to individual contributor level

– From purchasing to development

– From design to deployment

• The process focus helps minimize costs, properly

orchestrate alongside inflight projects, avoid surprises

and achieve goals

Page 27: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

DECISION MAKERS, STAKE HOLDERS, TRAINING

• The key decision makers are essential

• Good stakeholders are catalysts

• Training is the enabler

Page 28: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

IPv6 Context

An Adoption Experience

Lessons Learned

Where to go next

© 2008 Cisco Systems, Inc. All rights reserved. Cisco Public

AGENDA

Page 29: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

• Vision for the business or the adoption driver

• IPv6 Training

• IP architecture that supports the vision -> IPv6 addressing scheme + design

• Evaluate infrastructure readiness to support the IPv6 implementation of the architecture

• Drive requirements and define purchasing strategy

• Align with other initiatives to accelerate readiness

• Define timeline

Overnight adoption is limiting and expensive.

Planning

Overnight Adoption is Limiting and Expensive

Page 30: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

Next Steps?

• Engage the Decision Makers

• Start Training

• Begin!

Page 31: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

RECOMMENDED READING

Page 32: A Protocol for the v6 GenerationLessons Learned Where to go next AGENDA. Introductions • Ciprian Popoviciu • IPv6 work started in 2001 • Strategy, Standardization, Architecture,

CONTACT

Ciprian Popoviciu

[email protected]

Twitter: zamolxesv6