role of peering in building the internet of tomorrow

15
Role of Peering in Building the Internet of Tomorrow Internet eXchange.RU Sergey Kiselev Project Development [email protected] May 2012

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Role of Peering in Building

the Internet of Tomorrow

Internet eXchange.RU

Sergey Kiselev

Project Development

[email protected]

May 2012

Moscow Internet Exchange Set up in 1995 by 3 ISPs and 4

research networks

Neutral none-commercial

organization, member of Euro-IX

9 Internet Exchanges in RF

MSK-IX 4th in Europe

12 PoP

Peak traffic700G+ with

140% CAGR

Over 360 participants

Southern Annapurna (7219m), © A.Emelyanov

IX.ru across Russia

Moscow

362 participants

S.-Petersburg

99 participants

Novosibirsk

42 participants

Ekaterinburg

31 participants

Vladivostok

10 participants

Samara

14 participants

Rostov-na-Donu

10 participants

Stavropol

6 participants

Kazan

10 participants

Geography of IX participants

KZN-IX

EKT-IX

NSK-IX

VLV-IX

SMR-IX

STW-IX

RND-IX

MSK-IX

SPB-IX

MSK-IX

participants geography

VLV-IX

participants

geography

2012

2010

2012

2010

CONTENT

ISP

Traffic localization

Our participants’ data:

60% on MSK-IX for large financial corporation headquartered in Moscow;

27-53% per city through 4 regional IXes for large ISP (varies from city to city)

Euro-IX data shows growing number of ASN connected to 2+ IX

ASN on 2 and more IX

ASN on 10 and more IX

0

100

200

300

400

500

600

700

800

900

1000

2007 2008 2009 2010

As per data of Euro-IX, ER-Telecom and Alfa-Bank

ASN and IXP traffic

As per data of RIR Delegations & RIPE NCC Allocations, MSK-IX and Euro-IX

AS

World

Russia

0

500

1000

1500

2000

2500

3000

3500

4000

0,1

1

10

100

1000

2006 2007 2008 2009 2010 2011

MSK-IX NSK-IX SPB-IX

1

10

100

1000

10000

2007 2008 2009 2010

IXPs traffic Gbps

Gbps

Resources of Internet

As per data of RIR Delegations & RIPE NCC Allocations & CIA

0,0%

5,0%

10,0%

15,0%

20,0%

25,0%

30,0%

35,0%

40,0%

45,0%

50,0%

USA Russia UK Ukraine Brasil Germany Australia S.Korea Japan France China

AS IPV4 IPV6 Population

Internet eXchanges

Gbps

Participants

VLV-IX

RND-IX

SMR-IX WEBRA

NSK-IX EKT-IX

DTEL-IX

UA-IX

NETNOD MSK-IX

DE-CIX

LINX AMS-IX

0,1

1

10

100

1000

10000

1 10 100 1000

IX participants Based on MSK-IX statistics

Traffic split Participants split

ISP 74%

Content 5%

Saas/It service

3%

Hosting and cloud 7%

Corporation 5%

Science and Education

5%

Gov't 1%

ISP 83%

Content 8%

Saas/It service

1%

Hosting and cloud 5%

Corporation 1%

Science and Education

1%

Gov't 1%

Priorities of IX participants

ISP

• Attitude to IX: business

• Interested in: subscribers and cooperation within industry

• Priorities: cost – speed - uptime

Internet businesses

• Consumer

• Internet users (world)

• Min latency & max speed – uptime - cost

Corporate Networks

• Consumer

• Communication with clients and business partners

• Uptime – min latency & max speed - cost

IX services

Inte

rne

t Ex

ch

an

ge

Private VLANs Nx10 Mbps – Nx10 Gbps

Collocation and interconnection

Public Peering Nx10 Mbps – Nx10 Gbps

Open Selective Restricted

Point-point Multipoint Virtual cross-

connect

Neutral

collocation

Interconnection

management

Coordination

and logistics

Remote Connection N Mbps – M Gbps

Carriers/ISP Datacenters Other IX

Reseller N Mbps – M Gbps

Remote connection to IX

Transformation Potential

70% traffic of Internet nodes already bypassing Tier-1s. Here are main factors contributing to that:

Emergence and fast growth of large content providers and CDNs that penetrated most of regional segments of Internet including numerous IX,

Excess capacity offering on the market as well as decline in interest to full IP transit,

Growth of IX service quality as well as coverage makes public peering easily accessible and soundly saving

Huge number of enterprise networks that are buying IP transit from providers at the moment, however potentially some of which could turn to peering

Growing number of Internet businesses striving to provide comfortable navigation and unified access to services across the globe by any means

Future of the Internet

Transformation from Hierarchical Internet into Flat Internet

Т-1

T-1 Т-1

T-2

Content Enterpri

se

ISP ISP

Т-1,5

T-1,5 Т-1,5

exT-2

Content

Enterpri

se

ISP ISP

Content

Enterpri

se

P

T

A

Future IX Role

Consolidation points of connectivity, peering and interconnect

Neutral collocation and other services for participants

exT-2

Content

Enterpri

se

ISP

ISP

Content

Enterpri

se

exT-2

exT-2

Content

ISP

IX IX

Thank you for attention!

Internet eXchange.RU

Sergey Kiselev

Project Development

[email protected]