SlideShare una empresa de Scribd logo
1 de 27
Descargar para leer sin conexión
The	
  Post-­‐NSFNET	
  Commercial	
  Internet	
  
                                     structure	
  1998-­‐2000	
  	
  

The

Global Internet Peering
Ecosystem

                         ©2012	
  DrPeering	
  Interna@onal	
  
                         Licensed	
  material	
  –	
  sales@DrPeering.net	
  
                         hFp://DrPeering.net	
  
Modeling	
  the	
  Internet	
  

•  Abstrac@on	
  and	
  containment	
  models	
  
•  Iden@fy	
  the	
  underlying	
  structure	
  of	
  this	
  
   network-­‐of-­‐networks	
  
•  Understand	
  the	
  rela@onships	
  between	
  the	
  
   players	
  and	
  their	
  corresponding	
  mo@va@ons	
  
•  Perhaps	
  predict	
  their	
  behavior	
  
•  Simplifying	
  assump@ons,	
  rule	
  genera@on,	
  
   hypothesis	
  and	
  test,	
  calm	
  discussions.	
  
•  Many	
  ways	
  to	
  model–	
  this	
  is	
  but	
  one.	
  
                                                                   2	
  
The	
  Global	
  Internet	
  Peering	
  Ecosystem	
  


•  Defini&on:	
  The	
  
   Global	
  Internet	
  
   Peering	
  
   Ecosystem	
  is	
  a	
  
   set	
  of	
  loosely	
  
   coupled	
  Internet	
  
   Regions.	
  



                                                         3	
  
Internet	
  Regions	
  


•  Defini&on:	
  An	
  
   Internet	
  Region	
  is	
                                …	
  
                                                           HK	
  
   the	
  por@on	
  of	
  the	
                   AU	
  
   Internet	
  contained	
               JP	
  
   within	
  the	
                  US	
  
   boundaries	
  of	
  a	
  
   country.	
  	
  
•  Each	
  Internet	
  
   Region	
  contains	
  an	
  
   Internet	
  Peering	
  
   Ecosystem.	
  

                                                                     4	
  
Internet	
  Regions	
  


•  Each	
  Internet	
  Region	
  
   has	
  a	
  different	
  set	
  of	
                              …	
  
     –    ISPs	
                                                  HK	
  
     –    Internet	
  Services	
                         AU	
  
     –    IXPs	
                                JP	
  
                                           US	
  
     –    Transport	
  op@ons	
  
     –    Point	
  of	
  Presence	
  
          op@ons	
  
     –    Business	
  Contexts	
  
     –    Regulatory	
  
          Environment	
  
     –    Interconnec@on	
  
          region(s)	
  
     –    :	
  

                                                                            5	
  
Internet	
  Peering	
  Ecosystem	
  


•  Defini&on:	
  The	
  
   Internet	
  Peering	
  
   Ecosystem	
  is	
  a	
  
   community	
  of	
  
   network	
  service	
  
   providers	
  that	
  
   interconnect	
  their	
  
   networks	
  in	
  various	
  
   business	
  
   rela@onships	
  within	
  
   an	
  Internet	
  Region.	
  
•  Transit	
  and	
  Peering	
  

                                       6	
  
Internet	
  Peering	
  Ecosystem	
  


•  Each	
  Internet	
  
   Peering	
  
   Ecosystem	
  has	
  
   –  Categories	
  of	
  
      players	
  
   –  Aka	
  “Species”	
  
   –  Interconnected	
  
      using	
  Transit	
  and	
  
      Peering	
  
      rela@onships	
  

                                       7	
  
Commercial	
  Internet	
  

•  All	
  Internet	
  Peering	
  
   Ecosystems	
  are	
  
   composed	
  of	
  at	
  least	
  3	
  
   categories	
  of	
  players:	
  
•  Tier	
  1	
  ISPs	
  
•  Tier	
  2	
  ISPs	
  
•  Content	
  Providers	
  
•  Interconnected	
  using	
  
   Transit	
  and	
  Peering	
  
                                            We	
  will	
  introduce	
  them,	
  define	
  them,	
  
•  Organically	
  grew	
  into	
            provide	
  a	
  litmus	
  test,	
  describe	
  behaviors	
  
   this	
  structure	
                      observed	
  in	
  the	
  wild.	
  
                                                                                                      8	
  
Introducing	
  the	
  “Tier	
  1	
  ISP”	
  

 Defini&on:	
  A	
  Tier	
  1	
  ISP	
  is	
  an	
  ISP	
  
 that	
  has	
  access	
  to	
  the	
  en@re	
  
       	
  	
  
 Internet	
  Region	
  rou@ng	
  table	
  
 solely	
  through	
  its	
  (free)	
  Peering	
  
 rela@onships.	
  	
  
 	
  
Litmus	
  test:	
  If	
  they	
  have	
  to	
  pay	
  anyone	
  to	
  reach	
  	
  
any	
  des@na@on	
  within	
  the	
  Internet	
  Region,	
  	
  
then	
  they	
  are	
  NOT	
  a	
  Tier	
  1	
  ISP	
  

  Interconnect	
  Regime	
  
  Full	
  Mesh	
  SeFlement	
  Free	
  Peering	
  (with	
  other	
  Tier	
  1s)	
  
  Interconnect	
  Region(s)…	
  


                                                                                      The	
  Tier	
  1	
  ISP	
  Model	
  




                                                                                                                             9	
  
Interconnect	
  Regions	
  




Spread	
  the	
  load,	
  more	
  paths	
  to	
  des@na@on,	
  beFer	
  performance	
  for	
  customers.	
  
                                                                                                               10	
  
Behavior:	
  Peering	
  Inclina@ons	
  and	
  Policies	
  

•  Defini&on:	
  A	
  Peering	
  Inclina&on	
  is	
  a	
  predisposi@on	
  towards	
  
   or	
  against	
  peering	
  as	
  demonstrated	
  by	
  Peering	
  behavior	
  in	
  a	
  
   Peering	
  Ecosystem.	
  
•  Defini&on:	
  A	
  Peering	
  Policy	
  is	
  an	
  ar@cula@on	
  of	
  the	
  Peering	
  
   Inclina@on;	
  it	
  documents	
  and	
  defines	
  the	
  prerequisites	
  to	
  
   peering.	
  



        Open	
  –	
  “Yes”	
  
        Selec@ve	
  –	
  “Yes”	
  but	
  some	
  precondi@ons	
  
        Restric@ve	
  –	
  “No”	
  we	
  have	
  all	
  the	
  peering	
  we	
  need	
  
        NOPEERING	
  –	
  We	
  do	
  not	
  peer	
  



                                                                                                11	
  
Tier	
  1	
  ISP	
  Mo@va@ons	
  and	
  Behaviors	
  

•  RESTRICTIVE	
  




      “We	
  don’t	
  need	
  anymore	
  peering;	
  	
  
      	
  	
  	
  	
  	
  	
  	
  	
  	
  	
  we	
  have	
  all	
  of	
  the	
  peering	
  that	
  we	
  need”	
  –	
  Waqar	
  Khan,	
  Qwest	
  
      	
  
      (Almost)	
  Every	
  other	
  Tier	
  1	
  ISP	
  in	
  every	
  peering	
  ecosystem	
  	
  
      we	
  studied	
  had	
  the	
  same	
  antude.	
  




                                                                                                                                                     12	
  
Restric@ve	
  Peering	
  Policy	
  


•  Defini&on:	
  A	
  Restric&ve	
  Peering	
  Policy	
  is	
  an	
  ar@cula@on	
  of	
  an	
  
   inclina@on	
  not	
  to	
  peer	
  with	
  any	
  more	
  en@@es.	
  
•  Tier	
  1	
  ISPs	
  have	
  restric@ve	
  peering	
  inclina@ons	
  
    –  May	
  or	
  may	
  not	
  have	
  public	
  posted	
  peering	
  policy	
  

•  The	
  ‘MILD’	
  Peering	
  Tac@c	
  illustrates	
  	
  
    –  Peering	
  “restricted	
  to	
  networks	
  of	
  similar	
  scale	
  and	
  scope”	
  
    –  Comindico	
  builds	
  out	
  BW	
  for	
  every	
  kangaroo	
  
    –  Mee@ngs,	
  new	
  mee@ngs,	
  new	
  lawyers,	
  	
  
    –  Years	
  later	
  bankruptcy	
  

                                                                                            13	
  
Cri@cism	
  of	
  the	
  Tier	
  1	
  ISP	
  model	
  

“I	
  am	
  a	
  Tier	
  1	
  ISP	
  in	
  my	
  house.	
  
	
  
     	
  	
  
Internet	
  Region	
  is	
  not	
  
necessarily	
  bound	
  by	
  country	
  
boundaries.”	
  
	
  
True	
  –	
  You	
  are	
  a	
  Tier	
  1	
  in	
  your	
  
home,	
  and	
  you	
  deserve	
  all	
  
corresponding	
  respect.	
  
	
  
Defini&on:	
  A	
  Tier	
  1	
  ISP	
  is	
  an	
  ISP	
  
that	
  has	
  access	
  to	
  the	
  en@re	
  
Internet	
  Region	
  rou@ng	
  table	
  
solely	
  through	
  its	
  (free)	
  Peering	
  
rela@onships.	
  	
  
Litmus	
  test:	
  If	
  they	
  have	
  to	
  pay	
  anyone	
  to	
  reach	
  	
  
	
                                                                                    The	
  Tier	
  1	
  ISP	
  Model	
  
any	
  des@na@on	
  within	
  the	
  Internet	
  Region,	
  	
  
then	
  they	
  are	
  NOT	
  a	
  Tier	
  1	
  ISP	
  

                                                                                                                             14	
  
Introducing	
  the	
  “Tier	
  2	
  ISP”	
  =	
  “everyone	
  else”	
  

•  Defini&on:	
  A	
  Tier	
  2	
  ISP	
  is	
  an	
  
   Internet	
  Service	
  Provider	
  
   that	
  purchases	
  transit	
  to	
  
   reach	
  some	
  des@na@on(s)	
  
   within	
  an	
  Internet	
  Region.	
  
•  Defini&on:	
  An	
  Open	
  Peering	
  
   Policy	
  is	
  an	
  ar@cula@on	
  of	
  an	
  
   inclina@on	
  to	
  peer	
  with	
  
   anyone.	
  
      –  “Pulse	
  Peering”	
  
      –  “Peering	
  Sluts”	
  
•  Defini&on:	
  A	
  Selec&ve	
  
   Peering	
  Policy	
  is	
  an	
  
   ar@cula@on	
  of	
  an	
  inclina@on	
  
   to	
  peer,	
  but	
  with	
  some	
  
   condi@ons.	
  


                                                                                15	
  
Tier	
  2	
  ISPs	
  Behaviors	
  

•  They	
  are	
  a	
  social	
  species	
  
•  Open	
  or	
  Selec@ve	
  Peering	
  Policy	
  
•  Mo@va@on	
  –reduce	
  transit	
  fees	
  
•  Build	
  community	
  
•  Value	
  of	
  peering	
  grows	
  with	
  
   traffic	
  over	
  @me	
  
•  Improved	
  performance	
  
•  Greater	
  control	
  over	
  rou@ng	
  
•  Marke@ng	
  benefits	
  




                                                     16	
  
Tier	
  2	
  ISP	
  Interconnec@ons	
  


•  Wholesale	
  Transit	
  
   purchase(s)	
  
•  Sparse	
  (not	
  full)	
  peering	
  
    –  Open	
  Peering	
  Policy	
  
    –  Selec@ve	
  Peering	
  Policy	
  
•  Sell	
  transit	
  
•  Help	
  Evangelize	
  peering	
  
•  Support	
  exchange	
  points	
  
                                            17	
  
Introducing	
  the	
  Content	
  Providers	
  


•  Defini&on:	
  Content	
  Providers	
  
   are	
  all	
  companies	
  that	
  operate	
  
   an	
  Internet	
  Service	
  but	
  do	
  not	
  
   sell	
  transit	
  within	
  the	
  Internet	
  
   Peering	
  Ecosystem.	
  

<We	
  talk	
  about	
  content	
  
companies	
  that	
  do	
  peer	
  later>	
  

                                                       18	
  
Content	
  Provider	
  Mo@va@on	
  and	
  Behavior	
  

•  “We	
  don’t	
  peer”	
  
•  S@ck	
  to	
  core	
  
   competence	
  
•  No	
  Peering	
  Policy	
  
•  Defini&on:	
  A	
  No-­‐
   Peering	
  Policy	
  is	
  an	
  
   ar@cula@on	
  of	
  an	
  
   inclina@on	
  not	
  to	
  
   peer	
  at	
  all.	
  


                                                            19	
  
Quiz	
  




                                                  P?	
  




•  What	
  happens	
  when	
  ISP	
  B	
  
   requests	
  peering	
  with	
  ISP	
  Y?	
  


                                                           20	
  
Quiz	
  



                                                                        No.	
  
                                                         P?	
     I	
  Like	
  $	
  
                                                                         	
  




•  What	
  happens	
  when	
  ISP	
  B	
  requests	
  
   peering	
  with	
  ISP	
  Y?	
  
Answer	
  –	
  No,	
  like	
  $$	
  
And…I	
  like	
  customer	
  Tier	
  2	
  ISP	
  B	
  

                                                                          21	
  
Quiz	
  




                                              P?	
  


•  What	
  happens	
  when	
  
   Content	
  Provider	
  C	
  requests	
  
   peering	
  with	
  ISP	
  Y?	
  

                                                       22	
  
Quiz	
  




                                                                                  No.	
  


                                                                     P?	
  


•  What	
  happens	
  when	
  Content	
  
   Provider	
  C	
  requests	
  peering	
  with	
  ISP	
  
   Y?	
  
•  No,	
  I	
  Like	
  Customer	
  ISP	
  B	
  and	
  I	
  get	
  
   revenue	
  for	
  the	
  traffic	
  
                                                                              23	
  
Quiz	
  




                                                    P?	
  




•  What	
  happens	
  when	
  ISP	
  A	
  
     requests	
  peering	
  with	
  ISP	
  Y?	
  
•  (Not	
  a	
  customer	
  of	
  ISP	
  Y)	
  
	
  
                                                             24	
  
Quiz	
  




                                                            P?	
  

                                                                     No.	
  



•  What	
  happens	
  when	
  ISP	
  A	
  requests	
  
   peering	
  with	
  ISP	
  Y?	
  
•  (Not	
  a	
  customer	
  of	
  ISP	
  Y)	
  
•  No,	
  I	
  already	
  hear	
  your	
  routes	
  for	
  
   free.	
  And	
  I	
  Don’t	
  want	
  to	
  irritate	
  my	
  
   peer.	
                                                                     25	
  
Applied	
  to	
  Real	
  Internet	
  Peering	
  Ecosystem	
  


•  Why	
  won’t	
  Telstra	
  peer	
  with	
  me	
  in	
  Australia?	
  
•  Why	
  won’t	
  Singapore	
  peer	
  with	
  me	
  in	
  
   Singapore?	
  
•  Why	
  won’t	
  Telekom	
  SA	
  peer	
  with	
  me?	
  




                                                                           26	
  
Applied	
  to	
  Real	
  Internet	
  Peering	
  Ecosystem	
  


•  Why	
  won’t	
  Telstra	
  peer	
  with	
  me	
  in	
  Australia?	
  
•  Why	
  won’t	
  Singapore	
  peer	
  with	
  me	
  in	
  
   Singapore?	
  
•  Why	
  won’t	
  Telekom	
  SA	
  peer	
  with	
  me?	
  

•  That’s	
  right	
  –	
  they	
  don’t	
  need	
  to.	
  And	
  they	
  are	
  
   no	
  different	
  from	
  any	
  other	
  Tier	
  1	
  ISP	
  any	
  
   where	
  else	
  in	
  the	
  world.	
  
                                                                               27	
  

Más contenido relacionado

La actualidad más candente

PacNOG 25: Keeping local traffic local by doing local peering
PacNOG 25: Keeping local traffic local by doing local peering PacNOG 25: Keeping local traffic local by doing local peering
PacNOG 25: Keeping local traffic local by doing local peering APNIC
 
The Future of Internet Exchange Points - NANOG 47
The Future of Internet Exchange Points - NANOG 47The Future of Internet Exchange Points - NANOG 47
The Future of Internet Exchange Points - NANOG 47Richard Steenbergen
 
HKNOG 6.0: Death in Transit
HKNOG 6.0: Death in TransitHKNOG 6.0: Death in Transit
HKNOG 6.0: Death in TransitBhadrika Magan
 
A Guide to Peering on the Internet
A Guide to Peering on the InternetA Guide to Peering on the Internet
A Guide to Peering on the InternetRichard Steenbergen
 
V4 connecting to the core of the internet
V4 connecting to the core of the internetV4 connecting to the core of the internet
V4 connecting to the core of the internetWilliam Norton
 
TWNOG 3.0: Stories of IXP development and the way forward
TWNOG 3.0: Stories of IXP development and the way forwardTWNOG 3.0: Stories of IXP development and the way forward
TWNOG 3.0: Stories of IXP development and the way forwardAPNIC
 
Carrier Hotels and Network Neutrality
Carrier Hotels and Network NeutralityCarrier Hotels and Network Neutrality
Carrier Hotels and Network NeutralityJohn R Savageau
 
Andrew Haynes NextGen 09
Andrew Haynes NextGen 09Andrew Haynes NextGen 09
Andrew Haynes NextGen 09Marit Hendriks
 
DDos, Peering, Automation and more
DDos, Peering, Automation and moreDDos, Peering, Automation and more
DDos, Peering, Automation and moreInternet Society
 
KHNOG 1: IXPs and Peering
KHNOG 1: IXPs and PeeringKHNOG 1: IXPs and Peering
KHNOG 1: IXPs and PeeringAPNIC
 
The Death of Transit and Beyond
The Death of Transit and BeyondThe Death of Transit and Beyond
The Death of Transit and BeyondAPNIC
 
BBIX Asia Internet
BBIX Asia InternetBBIX Asia Internet
BBIX Asia InternetTom Paseka
 
MyIX Updates by Raja Mohan
MyIX Updates by Raja MohanMyIX Updates by Raja Mohan
MyIX Updates by Raja MohanMyNOG
 
Internet Exchange Points, by Philip Smith [APNIC 38 / ISOC-AU]
Internet Exchange Points, by Philip Smith [APNIC 38 / ISOC-AU]Internet Exchange Points, by Philip Smith [APNIC 38 / ISOC-AU]
Internet Exchange Points, by Philip Smith [APNIC 38 / ISOC-AU]APNIC
 
A Peering Strategy for the Pacific Islands
A Peering Strategy for the Pacific IslandsA Peering Strategy for the Pacific Islands
A Peering Strategy for the Pacific IslandsAPNIC
 
Protecting your Peering Edge
Protecting your Peering EdgeProtecting your Peering Edge
Protecting your Peering EdgeInternet Society
 
PCTA 2018: ASNs - why is it important to cable broadband providers?
PCTA 2018: ASNs - why is it important to cable broadband providers?PCTA 2018: ASNs - why is it important to cable broadband providers?
PCTA 2018: ASNs - why is it important to cable broadband providers?APNIC
 

La actualidad más candente (20)

PacNOG 25: Keeping local traffic local by doing local peering
PacNOG 25: Keeping local traffic local by doing local peering PacNOG 25: Keeping local traffic local by doing local peering
PacNOG 25: Keeping local traffic local by doing local peering
 
The Future of Internet Exchange Points - NANOG 47
The Future of Internet Exchange Points - NANOG 47The Future of Internet Exchange Points - NANOG 47
The Future of Internet Exchange Points - NANOG 47
 
HKNOG 6.0: Death in Transit
HKNOG 6.0: Death in TransitHKNOG 6.0: Death in Transit
HKNOG 6.0: Death in Transit
 
A Guide to Peering on the Internet
A Guide to Peering on the InternetA Guide to Peering on the Internet
A Guide to Peering on the Internet
 
V4 connecting to the core of the internet
V4 connecting to the core of the internetV4 connecting to the core of the internet
V4 connecting to the core of the internet
 
TWNOG 3.0: Stories of IXP development and the way forward
TWNOG 3.0: Stories of IXP development and the way forwardTWNOG 3.0: Stories of IXP development and the way forward
TWNOG 3.0: Stories of IXP development and the way forward
 
Carrier Hotels and Network Neutrality
Carrier Hotels and Network NeutralityCarrier Hotels and Network Neutrality
Carrier Hotels and Network Neutrality
 
Andrew Haynes NextGen 09
Andrew Haynes NextGen 09Andrew Haynes NextGen 09
Andrew Haynes NextGen 09
 
DDos, Peering, Automation and more
DDos, Peering, Automation and moreDDos, Peering, Automation and more
DDos, Peering, Automation and more
 
KHNOG 1: IXPs and Peering
KHNOG 1: IXPs and PeeringKHNOG 1: IXPs and Peering
KHNOG 1: IXPs and Peering
 
The Death of Transit and Beyond
The Death of Transit and BeyondThe Death of Transit and Beyond
The Death of Transit and Beyond
 
BBIX Asia Internet
BBIX Asia InternetBBIX Asia Internet
BBIX Asia Internet
 
MyIX Updates by Raja Mohan
MyIX Updates by Raja MohanMyIX Updates by Raja Mohan
MyIX Updates by Raja Mohan
 
Internet Exchange Points, by Philip Smith [APNIC 38 / ISOC-AU]
Internet Exchange Points, by Philip Smith [APNIC 38 / ISOC-AU]Internet Exchange Points, by Philip Smith [APNIC 38 / ISOC-AU]
Internet Exchange Points, by Philip Smith [APNIC 38 / ISOC-AU]
 
Gaurab Ixp Tutorial
Gaurab Ixp TutorialGaurab Ixp Tutorial
Gaurab Ixp Tutorial
 
Gambia IXP Experience
Gambia IXP ExperienceGambia IXP Experience
Gambia IXP Experience
 
How to reduce the cost of your WAN
How to reduce the cost of your WANHow to reduce the cost of your WAN
How to reduce the cost of your WAN
 
A Peering Strategy for the Pacific Islands
A Peering Strategy for the Pacific IslandsA Peering Strategy for the Pacific Islands
A Peering Strategy for the Pacific Islands
 
Protecting your Peering Edge
Protecting your Peering EdgeProtecting your Peering Edge
Protecting your Peering Edge
 
PCTA 2018: ASNs - why is it important to cable broadband providers?
PCTA 2018: ASNs - why is it important to cable broadband providers?PCTA 2018: ASNs - why is it important to cable broadband providers?
PCTA 2018: ASNs - why is it important to cable broadband providers?
 

Destacado

Equinix - supporting Cloud opportunities in Europe
Equinix - supporting Cloud opportunities in EuropeEquinix - supporting Cloud opportunities in Europe
Equinix - supporting Cloud opportunities in EuropeRobert Blackburn
 
Peering in an IP World - Technology Requirements (3-nov, 2009)
Peering in an IP World - Technology Requirements (3-nov, 2009)Peering in an IP World - Technology Requirements (3-nov, 2009)
Peering in an IP World - Technology Requirements (3-nov, 2009)steve ulrich
 
10 the 21st-century-internet-peering-ecosystem
10 the 21st-century-internet-peering-ecosystem10 the 21st-century-internet-peering-ecosystem
10 the 21st-century-internet-peering-ecosystemWilliam Norton
 
14 the folly-of-peering-ratios
14 the folly-of-peering-ratios14 the folly-of-peering-ratios
14 the folly-of-peering-ratiosWilliam Norton
 
15.1 transition create-peering-strategy
15.1 transition create-peering-strategy15.1 transition create-peering-strategy
15.1 transition create-peering-strategyWilliam Norton
 
Rise of Network Virtualization
Rise of Network VirtualizationRise of Network Virtualization
Rise of Network VirtualizationArinto Murdopo
 
13 the taxonomy-of-internet-data-centers
13 the taxonomy-of-internet-data-centers13 the taxonomy-of-internet-data-centers
13 the taxonomy-of-internet-data-centersWilliam Norton
 
How Internet Peering Improves Security
How Internet Peering Improves SecurityHow Internet Peering Improves Security
How Internet Peering Improves SecurityWilliam Norton
 
13.1 internet exchange-point-playbook
13.1 internet exchange-point-playbook13.1 internet exchange-point-playbook
13.1 internet exchange-point-playbookWilliam Norton
 
Route Server service @ NaMeX
Route Server service @ NaMeXRoute Server service @ NaMeX
Route Server service @ NaMeXFlavio Luciani
 
Mr Marcus Wiko Consult Peering Qos Price and Quality
Mr Marcus Wiko Consult Peering Qos Price and Quality Mr Marcus Wiko Consult Peering Qos Price and Quality
Mr Marcus Wiko Consult Peering Qos Price and Quality IDATE DigiWorld
 
NaMeX overview @ Topix technical committee
NaMeX overview @ Topix technical committeeNaMeX overview @ Topix technical committee
NaMeX overview @ Topix technical committeeFlavio Luciani
 
11 internet peering-playbook
11 internet peering-playbook11 internet peering-playbook
11 internet peering-playbookWilliam Norton
 
Internet peering, with annotations
Internet peering, with annotationsInternet peering, with annotations
Internet peering, with annotationsBrough Turner
 
SDN, Network Virtualization and the Software Defined Data Center – Brad Hedlund
SDN, Network Virtualization and the Software Defined Data Center – Brad HedlundSDN, Network Virtualization and the Software Defined Data Center – Brad Hedlund
SDN, Network Virtualization and the Software Defined Data Center – Brad HedlundChef Software, Inc.
 
Peering 101 and the peering simulation game
Peering 101 and the peering simulation gamePeering 101 and the peering simulation game
Peering 101 and the peering simulation gameInternet Society
 

Destacado (20)

DCD2013 Interxion v2
DCD2013 Interxion v2DCD2013 Interxion v2
DCD2013 Interxion v2
 
Equinix - supporting Cloud opportunities in Europe
Equinix - supporting Cloud opportunities in EuropeEquinix - supporting Cloud opportunities in Europe
Equinix - supporting Cloud opportunities in Europe
 
Peering in an IP World - Technology Requirements (3-nov, 2009)
Peering in an IP World - Technology Requirements (3-nov, 2009)Peering in an IP World - Technology Requirements (3-nov, 2009)
Peering in an IP World - Technology Requirements (3-nov, 2009)
 
10 the 21st-century-internet-peering-ecosystem
10 the 21st-century-internet-peering-ecosystem10 the 21st-century-internet-peering-ecosystem
10 the 21st-century-internet-peering-ecosystem
 
14 the folly-of-peering-ratios
14 the folly-of-peering-ratios14 the folly-of-peering-ratios
14 the folly-of-peering-ratios
 
04 internet peering
04 internet peering04 internet peering
04 internet peering
 
15.1 transition create-peering-strategy
15.1 transition create-peering-strategy15.1 transition create-peering-strategy
15.1 transition create-peering-strategy
 
Rise of Network Virtualization
Rise of Network VirtualizationRise of Network Virtualization
Rise of Network Virtualization
 
Access Power Peering
Access Power PeeringAccess Power Peering
Access Power Peering
 
13 the taxonomy-of-internet-data-centers
13 the taxonomy-of-internet-data-centers13 the taxonomy-of-internet-data-centers
13 the taxonomy-of-internet-data-centers
 
How Internet Peering Improves Security
How Internet Peering Improves SecurityHow Internet Peering Improves Security
How Internet Peering Improves Security
 
12.1 lunch break
12.1 lunch break12.1 lunch break
12.1 lunch break
 
13.1 internet exchange-point-playbook
13.1 internet exchange-point-playbook13.1 internet exchange-point-playbook
13.1 internet exchange-point-playbook
 
Route Server service @ NaMeX
Route Server service @ NaMeXRoute Server service @ NaMeX
Route Server service @ NaMeX
 
Mr Marcus Wiko Consult Peering Qos Price and Quality
Mr Marcus Wiko Consult Peering Qos Price and Quality Mr Marcus Wiko Consult Peering Qos Price and Quality
Mr Marcus Wiko Consult Peering Qos Price and Quality
 
NaMeX overview @ Topix technical committee
NaMeX overview @ Topix technical committeeNaMeX overview @ Topix technical committee
NaMeX overview @ Topix technical committee
 
11 internet peering-playbook
11 internet peering-playbook11 internet peering-playbook
11 internet peering-playbook
 
Internet peering, with annotations
Internet peering, with annotationsInternet peering, with annotations
Internet peering, with annotations
 
SDN, Network Virtualization and the Software Defined Data Center – Brad Hedlund
SDN, Network Virtualization and the Software Defined Data Center – Brad HedlundSDN, Network Virtualization and the Software Defined Data Center – Brad Hedlund
SDN, Network Virtualization and the Software Defined Data Center – Brad Hedlund
 
Peering 101 and the peering simulation game
Peering 101 and the peering simulation gamePeering 101 and the peering simulation game
Peering 101 and the peering simulation game
 

Similar a 09 the global-internet-peering-ecosystem

RINA Introduction, part I
RINA Introduction, part IRINA Introduction, part I
RINA Introduction, part IICT PRISTINE
 
CellSDN: Software-Defined Cellular Core networks
CellSDN: Software-Defined Cellular Core networksCellSDN: Software-Defined Cellular Core networks
CellSDN: Software-Defined Cellular Core networksOpen Networking Summits
 
A guide to peering by telehouse america
A guide to peering by telehouse americaA guide to peering by telehouse america
A guide to peering by telehouse americaChris Wick
 
Net Neutrality discussion
Net Neutrality discussionNet Neutrality discussion
Net Neutrality discussionUoS
 
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...Benefits of doing Internet peering and running an Internet Exchange (IX) pres...
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...APNIC
 
2 introto rina-e130123
2 introto rina-e1301232 introto rina-e130123
2 introto rina-e130123ARCFIRE ICT
 
IP Possibilities - 2013 - IP Interconnection Panel (18-apr, 2013)
IP Possibilities - 2013 - IP Interconnection Panel (18-apr, 2013)IP Possibilities - 2013 - IP Interconnection Panel (18-apr, 2013)
IP Possibilities - 2013 - IP Interconnection Panel (18-apr, 2013)steve ulrich
 
IXPs and Competition Policy
IXPs and Competition PolicyIXPs and Competition Policy
IXPs and Competition PolicyDavid Opderbeck
 
PacNOG 24: Keeping local traffic local by doing local peering
PacNOG 24: Keeping local traffic local by doing local peeringPacNOG 24: Keeping local traffic local by doing local peering
PacNOG 24: Keeping local traffic local by doing local peeringAPNIC
 
The stories of IXP development and the way forward, MYNOG 7
The stories of IXP development and the way forward, MYNOG 7The stories of IXP development and the way forward, MYNOG 7
The stories of IXP development and the way forward, MYNOG 7APNIC
 
PacNOG 31: Internet Exchange Points
PacNOG 31: Internet Exchange PointsPacNOG 31: Internet Exchange Points
PacNOG 31: Internet Exchange PointsAPNIC
 
PITA 27th AGM & Business Forum Expo 23: Internet Exchange Points
PITA 27th AGM & Business Forum Expo 23: Internet Exchange PointsPITA 27th AGM & Business Forum Expo 23: Internet Exchange Points
PITA 27th AGM & Business Forum Expo 23: Internet Exchange PointsAPNIC
 
Cloud Native Bern 05.2023 — Zero Trust Visibility
Cloud Native Bern 05.2023 — Zero Trust VisibilityCloud Native Bern 05.2023 — Zero Trust Visibility
Cloud Native Bern 05.2023 — Zero Trust VisibilityRaphaël PINSON
 
Peering 101 - ABQNOG1 - May2023
Peering 101 - ABQNOG1 - May2023Peering 101 - ABQNOG1 - May2023
Peering 101 - ABQNOG1 - May2023Chris Grundemann
 

Similar a 09 the global-internet-peering-ecosystem (20)

RINA Introduction, part I
RINA Introduction, part IRINA Introduction, part I
RINA Introduction, part I
 
02 internet transit
02 internet transit02 internet transit
02 internet transit
 
CellSDN: Software-Defined Cellular Core networks
CellSDN: Software-Defined Cellular Core networksCellSDN: Software-Defined Cellular Core networks
CellSDN: Software-Defined Cellular Core networks
 
A guide to peering by telehouse america
A guide to peering by telehouse americaA guide to peering by telehouse america
A guide to peering by telehouse america
 
Net Neutrality: WSD
Net Neutrality: WSDNet Neutrality: WSD
Net Neutrality: WSD
 
Net Neutrality discussion
Net Neutrality discussionNet Neutrality discussion
Net Neutrality discussion
 
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...Benefits of doing Internet peering and running an Internet Exchange (IX) pres...
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...
 
2 introto rina-e130123
2 introto rina-e1301232 introto rina-e130123
2 introto rina-e130123
 
IP Possibilities - 2013 - IP Interconnection Panel (18-apr, 2013)
IP Possibilities - 2013 - IP Interconnection Panel (18-apr, 2013)IP Possibilities - 2013 - IP Interconnection Panel (18-apr, 2013)
IP Possibilities - 2013 - IP Interconnection Panel (18-apr, 2013)
 
IXPs and Competition Policy
IXPs and Competition PolicyIXPs and Competition Policy
IXPs and Competition Policy
 
PacNOG 24: Keeping local traffic local by doing local peering
PacNOG 24: Keeping local traffic local by doing local peeringPacNOG 24: Keeping local traffic local by doing local peering
PacNOG 24: Keeping local traffic local by doing local peering
 
RINA: Recursive Inter Network Architecture
RINA: Recursive Inter Network ArchitectureRINA: Recursive Inter Network Architecture
RINA: Recursive Inter Network Architecture
 
06 selecting an-ixp
06 selecting an-ixp06 selecting an-ixp
06 selecting an-ixp
 
The stories of IXP development and the way forward, MYNOG 7
The stories of IXP development and the way forward, MYNOG 7The stories of IXP development and the way forward, MYNOG 7
The stories of IXP development and the way forward, MYNOG 7
 
PacNOG 31: Internet Exchange Points
PacNOG 31: Internet Exchange PointsPacNOG 31: Internet Exchange Points
PacNOG 31: Internet Exchange Points
 
PITA 27th AGM & Business Forum Expo 23: Internet Exchange Points
PITA 27th AGM & Business Forum Expo 23: Internet Exchange PointsPITA 27th AGM & Business Forum Expo 23: Internet Exchange Points
PITA 27th AGM & Business Forum Expo 23: Internet Exchange Points
 
5. protocol layering
5. protocol layering5. protocol layering
5. protocol layering
 
Presentation at IETF
Presentation at IETFPresentation at IETF
Presentation at IETF
 
Cloud Native Bern 05.2023 — Zero Trust Visibility
Cloud Native Bern 05.2023 — Zero Trust VisibilityCloud Native Bern 05.2023 — Zero Trust Visibility
Cloud Native Bern 05.2023 — Zero Trust Visibility
 
Peering 101 - ABQNOG1 - May2023
Peering 101 - ABQNOG1 - May2023Peering 101 - ABQNOG1 - May2023
Peering 101 - ABQNOG1 - May2023
 

Más de William Norton

08 the 20th-century-internet-peering-ecosystem
08 the 20th-century-internet-peering-ecosystem08 the 20th-century-internet-peering-ecosystem
08 the 20th-century-internet-peering-ecosystemWilliam Norton
 
7.2 day 2 agenda opening
7.2 day 2 agenda opening7.2 day 2 agenda opening
7.2 day 2 agenda openingWilliam Norton
 
07.1 break client specific application decks
07.1 break   client specific application decks07.1 break   client specific application decks
07.1 break client specific application decksWilliam Norton
 
07 public vs-private-peering-debate
07 public vs-private-peering-debate07 public vs-private-peering-debate
07 public vs-private-peering-debateWilliam Norton
 
04a peering simulation-game
04a peering simulation-game04a peering simulation-game
04a peering simulation-gameWilliam Norton
 
03 internet transit-playbook
03 internet transit-playbook03 internet transit-playbook
03 internet transit-playbookWilliam Norton
 
01 internet peering-workshop-agenda
01 internet peering-workshop-agenda01 internet peering-workshop-agenda
01 internet peering-workshop-agendaWilliam Norton
 
Book bundle details email note
Book bundle details email noteBook bundle details email note
Book bundle details email noteWilliam Norton
 

Más de William Norton (13)

10.1.break
10.1.break10.1.break
10.1.break
 
08 the 20th-century-internet-peering-ecosystem
08 the 20th-century-internet-peering-ecosystem08 the 20th-century-internet-peering-ecosystem
08 the 20th-century-internet-peering-ecosystem
 
7.2 day 2 agenda opening
7.2 day 2 agenda opening7.2 day 2 agenda opening
7.2 day 2 agenda opening
 
07.1.1 application
07.1.1 application07.1.1 application
07.1.1 application
 
07.1 break client specific application decks
07.1 break   client specific application decks07.1 break   client specific application decks
07.1 break client specific application decks
 
07 public vs-private-peering-debate
07 public vs-private-peering-debate07 public vs-private-peering-debate
07 public vs-private-peering-debate
 
04c.1.break
04c.1.break04c.1.break
04c.1.break
 
04a peering simulation-game
04a peering simulation-game04a peering simulation-game
04a peering simulation-game
 
03.1.break
03.1.break03.1.break
03.1.break
 
03 internet transit-playbook
03 internet transit-playbook03 internet transit-playbook
03 internet transit-playbook
 
01 internet peering-workshop-agenda
01 internet peering-workshop-agenda01 internet peering-workshop-agenda
01 internet peering-workshop-agenda
 
16 peering policies
16 peering policies16 peering policies
16 peering policies
 
Book bundle details email note
Book bundle details email noteBook bundle details email note
Book bundle details email note
 

09 the global-internet-peering-ecosystem

  • 1. The  Post-­‐NSFNET  Commercial  Internet   structure  1998-­‐2000     The Global Internet Peering Ecosystem ©2012  DrPeering  Interna@onal   Licensed  material  –  sales@DrPeering.net   hFp://DrPeering.net  
  • 2. Modeling  the  Internet   •  Abstrac@on  and  containment  models   •  Iden@fy  the  underlying  structure  of  this   network-­‐of-­‐networks   •  Understand  the  rela@onships  between  the   players  and  their  corresponding  mo@va@ons   •  Perhaps  predict  their  behavior   •  Simplifying  assump@ons,  rule  genera@on,   hypothesis  and  test,  calm  discussions.   •  Many  ways  to  model–  this  is  but  one.   2  
  • 3. The  Global  Internet  Peering  Ecosystem   •  Defini&on:  The   Global  Internet   Peering   Ecosystem  is  a   set  of  loosely   coupled  Internet   Regions.   3  
  • 4. Internet  Regions   •  Defini&on:  An   Internet  Region  is   …   HK   the  por@on  of  the   AU   Internet  contained   JP   within  the   US   boundaries  of  a   country.     •  Each  Internet   Region  contains  an   Internet  Peering   Ecosystem.   4  
  • 5. Internet  Regions   •  Each  Internet  Region   has  a  different  set  of   …   –  ISPs   HK   –  Internet  Services   AU   –  IXPs   JP   US   –  Transport  op@ons   –  Point  of  Presence   op@ons   –  Business  Contexts   –  Regulatory   Environment   –  Interconnec@on   region(s)   –  :   5  
  • 6. Internet  Peering  Ecosystem   •  Defini&on:  The   Internet  Peering   Ecosystem  is  a   community  of   network  service   providers  that   interconnect  their   networks  in  various   business   rela@onships  within   an  Internet  Region.   •  Transit  and  Peering   6  
  • 7. Internet  Peering  Ecosystem   •  Each  Internet   Peering   Ecosystem  has   –  Categories  of   players   –  Aka  “Species”   –  Interconnected   using  Transit  and   Peering   rela@onships   7  
  • 8. Commercial  Internet   •  All  Internet  Peering   Ecosystems  are   composed  of  at  least  3   categories  of  players:   •  Tier  1  ISPs   •  Tier  2  ISPs   •  Content  Providers   •  Interconnected  using   Transit  and  Peering   We  will  introduce  them,  define  them,   •  Organically  grew  into   provide  a  litmus  test,  describe  behaviors   this  structure   observed  in  the  wild.   8  
  • 9. Introducing  the  “Tier  1  ISP”   Defini&on:  A  Tier  1  ISP  is  an  ISP   that  has  access  to  the  en@re       Internet  Region  rou@ng  table   solely  through  its  (free)  Peering   rela@onships.       Litmus  test:  If  they  have  to  pay  anyone  to  reach     any  des@na@on  within  the  Internet  Region,     then  they  are  NOT  a  Tier  1  ISP   Interconnect  Regime   Full  Mesh  SeFlement  Free  Peering  (with  other  Tier  1s)   Interconnect  Region(s)…   The  Tier  1  ISP  Model   9  
  • 10. Interconnect  Regions   Spread  the  load,  more  paths  to  des@na@on,  beFer  performance  for  customers.   10  
  • 11. Behavior:  Peering  Inclina@ons  and  Policies   •  Defini&on:  A  Peering  Inclina&on  is  a  predisposi@on  towards   or  against  peering  as  demonstrated  by  Peering  behavior  in  a   Peering  Ecosystem.   •  Defini&on:  A  Peering  Policy  is  an  ar@cula@on  of  the  Peering   Inclina@on;  it  documents  and  defines  the  prerequisites  to   peering.   Open  –  “Yes”   Selec@ve  –  “Yes”  but  some  precondi@ons   Restric@ve  –  “No”  we  have  all  the  peering  we  need   NOPEERING  –  We  do  not  peer   11  
  • 12. Tier  1  ISP  Mo@va@ons  and  Behaviors   •  RESTRICTIVE   “We  don’t  need  anymore  peering;                        we  have  all  of  the  peering  that  we  need”  –  Waqar  Khan,  Qwest     (Almost)  Every  other  Tier  1  ISP  in  every  peering  ecosystem     we  studied  had  the  same  antude.   12  
  • 13. Restric@ve  Peering  Policy   •  Defini&on:  A  Restric&ve  Peering  Policy  is  an  ar@cula@on  of  an   inclina@on  not  to  peer  with  any  more  en@@es.   •  Tier  1  ISPs  have  restric@ve  peering  inclina@ons   –  May  or  may  not  have  public  posted  peering  policy   •  The  ‘MILD’  Peering  Tac@c  illustrates     –  Peering  “restricted  to  networks  of  similar  scale  and  scope”   –  Comindico  builds  out  BW  for  every  kangaroo   –  Mee@ngs,  new  mee@ngs,  new  lawyers,     –  Years  later  bankruptcy   13  
  • 14. Cri@cism  of  the  Tier  1  ISP  model   “I  am  a  Tier  1  ISP  in  my  house.         Internet  Region  is  not   necessarily  bound  by  country   boundaries.”     True  –  You  are  a  Tier  1  in  your   home,  and  you  deserve  all   corresponding  respect.     Defini&on:  A  Tier  1  ISP  is  an  ISP   that  has  access  to  the  en@re   Internet  Region  rou@ng  table   solely  through  its  (free)  Peering   rela@onships.     Litmus  test:  If  they  have  to  pay  anyone  to  reach       The  Tier  1  ISP  Model   any  des@na@on  within  the  Internet  Region,     then  they  are  NOT  a  Tier  1  ISP   14  
  • 15. Introducing  the  “Tier  2  ISP”  =  “everyone  else”   •  Defini&on:  A  Tier  2  ISP  is  an   Internet  Service  Provider   that  purchases  transit  to   reach  some  des@na@on(s)   within  an  Internet  Region.   •  Defini&on:  An  Open  Peering   Policy  is  an  ar@cula@on  of  an   inclina@on  to  peer  with   anyone.   –  “Pulse  Peering”   –  “Peering  Sluts”   •  Defini&on:  A  Selec&ve   Peering  Policy  is  an   ar@cula@on  of  an  inclina@on   to  peer,  but  with  some   condi@ons.   15  
  • 16. Tier  2  ISPs  Behaviors   •  They  are  a  social  species   •  Open  or  Selec@ve  Peering  Policy   •  Mo@va@on  –reduce  transit  fees   •  Build  community   •  Value  of  peering  grows  with   traffic  over  @me   •  Improved  performance   •  Greater  control  over  rou@ng   •  Marke@ng  benefits   16  
  • 17. Tier  2  ISP  Interconnec@ons   •  Wholesale  Transit   purchase(s)   •  Sparse  (not  full)  peering   –  Open  Peering  Policy   –  Selec@ve  Peering  Policy   •  Sell  transit   •  Help  Evangelize  peering   •  Support  exchange  points   17  
  • 18. Introducing  the  Content  Providers   •  Defini&on:  Content  Providers   are  all  companies  that  operate   an  Internet  Service  but  do  not   sell  transit  within  the  Internet   Peering  Ecosystem.   <We  talk  about  content   companies  that  do  peer  later>   18  
  • 19. Content  Provider  Mo@va@on  and  Behavior   •  “We  don’t  peer”   •  S@ck  to  core   competence   •  No  Peering  Policy   •  Defini&on:  A  No-­‐ Peering  Policy  is  an   ar@cula@on  of  an   inclina@on  not  to   peer  at  all.   19  
  • 20. Quiz   P?   •  What  happens  when  ISP  B   requests  peering  with  ISP  Y?   20  
  • 21. Quiz   No.   P?   I  Like  $     •  What  happens  when  ISP  B  requests   peering  with  ISP  Y?   Answer  –  No,  like  $$   And…I  like  customer  Tier  2  ISP  B   21  
  • 22. Quiz   P?   •  What  happens  when   Content  Provider  C  requests   peering  with  ISP  Y?   22  
  • 23. Quiz   No.   P?   •  What  happens  when  Content   Provider  C  requests  peering  with  ISP   Y?   •  No,  I  Like  Customer  ISP  B  and  I  get   revenue  for  the  traffic   23  
  • 24. Quiz   P?   •  What  happens  when  ISP  A   requests  peering  with  ISP  Y?   •  (Not  a  customer  of  ISP  Y)     24  
  • 25. Quiz   P?   No.   •  What  happens  when  ISP  A  requests   peering  with  ISP  Y?   •  (Not  a  customer  of  ISP  Y)   •  No,  I  already  hear  your  routes  for   free.  And  I  Don’t  want  to  irritate  my   peer.   25  
  • 26. Applied  to  Real  Internet  Peering  Ecosystem   •  Why  won’t  Telstra  peer  with  me  in  Australia?   •  Why  won’t  Singapore  peer  with  me  in   Singapore?   •  Why  won’t  Telekom  SA  peer  with  me?   26  
  • 27. Applied  to  Real  Internet  Peering  Ecosystem   •  Why  won’t  Telstra  peer  with  me  in  Australia?   •  Why  won’t  Singapore  peer  with  me  in   Singapore?   •  Why  won’t  Telekom  SA  peer  with  me?   •  That’s  right  –  they  don’t  need  to.  And  they  are   no  different  from  any  other  Tier  1  ISP  any   where  else  in  the  world.   27