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Multi-Domain VPN service, a seamless infrastructure for Regional - - PowerPoint PPT Presentation

Multi-Domain VPN service, a seamless infrastructure for Regional Network, NRENs and GEANT JRES 2013 (Montpellier) Thursday, 12 december 2013 Xavier Jeannin - RENATER, GN3plus, SA3T3 Task Leader Alain Bidaud - Responsable Technique du CRIHAN


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Multi-Domain VPN service, a seamless infrastructure for Regional Network, NRENs and GEANT

JRES 2013 (Montpellier) – Thursday, 12 december 2013 Xavier Jeannin - RENATER, GN3plus, SA3T3 Task Leader Alain Bidaud - Responsable Technique du CRIHAN Sebastien Boggia – Université de Strasbourg – réseau OSIRIS Jean Benoit – Université de Strasbourg – réseau OSIRIS Benjamin Collet – Université de Strasbourg – réseau OSIRIS Christophe Palanché – Université de Strasbourg – réseau OSIRIS

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Agenda

Scientist DMZ and VPN MDVPN a seamless infrastructure for delivering VPN services to end users Technical aspect MDVPN deployment roadmap and footprint MDVPN in France MDVPN operation and security Conclusion

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MP-VPN GN3+ project

GN3+ start the 1st, april 2013 – duration 2 years SA3T3 – MP-VPN – piloted by RENATER Objectives First objective: Multi-domain Multi-Point L3VPN service for GEANT Finally: Add Multi-Domain VPN (L3VPN, P2P LVPN) to GEANT portfolio and possibly Multi-Point L2VPN 19 NRENs involved

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Scientist DMZ and VPN

Scientist project are founded thanks to international collaboration that require exchange of data, job, living VM and a security level  Scientist DMZ VPN allows to connect at L2 or L3 level several networks as they were in the same physical location VPN is a network tool for education and research VPN can provide Scientist DMZ Better network performance (no Firewall deep inspection ) reduce security cost on site Facilitate distributed collaboration (data exchange, job, living WM) Allow project to build a virtual resource that they can share between project’s users (Clusters, Grid, Cloud, HPC centers)

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MDVPN service overview

VPN provider (NRENs) VPN transport provider (GEANT)

  • Hierarchical Multi-domain

infrastructure

  • GEANT - Carrier of Carriers
  • NRENs – Carriers
  • Ready to cooperate with

non-MPLS domains and regional/metro networks

  • Bandwidth management
  • Independent traffic

engineering in each domain

  • BGP based “path” selection
  • Deliver multi-domain VPN as easily and as quickly as you do in your own domain
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Multi-domain VPN (MDVPN)

A joint service provided by GEANT, NRENs and Regional Networks Baseline transport infrastructure for many data transmission services “Umbrella” for VPNs L3 or L2 VPNs spanned over several domains only by configuring the edge routers Point-to-point and multipoint topologies High scalability

Total number of provisioned VPNs has very limited impact on GEANT, NREN and Regional Network core Based on MPLS and BGP protocols RFC 4364 (BGP/MPLS IP VPNs) RFC 3107 (BGP Labeled Unicast) Well known and proven technology Available in almost all box and right now No material investment only configuration

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Services delivered by GEANT, NRENs and Regional Network

VPN provider VPN transport provider VPN provider and VPN transit provider VPN transit provider

SSP = Service Stitching Point | SDP = Service Demarcation Point

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MDVPN an efficient solution …

A set of services useful for end users Cover a wide scope of user needs: from the long-term infrastructure with intensive network usage to quick point-to-point for a conference demonstration Scientist DMZ concept

Cost Reduction for international collaboration at site level VPN is deployed much more faster Based on MPLS and BGP standard Easy to configure It's flexible and quick to deploy No investment, no Cost in terms of CAPEX OPEX cost reduction for Regional Network, NREN and DANTE A service that you can not find in commercial ISP offer/portfolio because multi-domain

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MDVPN technical principle overview

Underlying principle behind this Multi-Domain VPN technology MPLS transmission path from a PE up to the remote PE in another domain

MDVPN design supports non-MPLS domains as well Signaling is split in 2 parts

Transmission path between PE routers

BGP (labelled unicast SAFI)

Labels for VPN prefixes exchange between PE routers

BGP or LDP

RR RR ABR PE ABR PE PE PE GEANT NREN A NREN B SSP SSP VPN

proxy

PE PE PE PE VPN1 VPN1

SDP SDP

Multi-hop VPNv4 e-BGP B G P L a b e l l e d u n i c a s t BGP Labelled unicast

Label exchange for L3VPN and L2VPN (Kompella)

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MDVPN technical principle overview

P2P L2VPN using LDP (Martini)

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MDVPN technical principle overview

VPN Route Reflector (VR) Extended scalability and flexibility Easy implementation Route number reduction thanks to VPN Route Reflector

RR RR ABR PE ABR PE PE PE GEANT NREN A NREN B SSP SSP VPN

proxy

PE PE PE PE VPN1 VPN1

SDP SDP

M u l t i

  • h
  • p

V P N v 4 e

  • B

G P VR M u l t i

  • h
  • p

V P N v 4 e

  • B

G P BGP Labelled unicast BGP Labelled unicast

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MDVPN technical principle overview

VPN Proxy Interoperability with non-MPLS domains (NRENs)

VPN proxy

non-MPLS

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MDVPN traffic flow

Transparent transport technology

NREN A (MPLS domain) GEANT (Carrier of Carriers) VPN1 VPN1 NREN B (MPLS domain) End User VPN Provider VPN Provider End User MDVPN VPN transport service provider Data Data Label Data Label Label Label Label Data Label Label Data

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MDVPN Service Operation and Security

Service description: http://www.geant.net/Resources/Deliverables/Documents/D7.1_DS%203%203%201-MDVPN-

service-architecture.pdf.

Operation is a key point for the deployment of MDVPN Lack of coordination could endanger the rolling-out process of MDVPN Crucial points

Dissemination toward NREN and Regional Network’s NOC (NOC training)

Coordination between DANTE, NRENs, Regional Network (communication channel) SLA between Domain Security No encryption Multi-Domain causes one domain cannot give its guarantee that a VPN is impregnable but a user cannot enter into the VPN Label spoofing (low level of danger)

Provisioning process

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Proof of concept demonstrated on SAT3 testbed

Pioneer, DFN, NORDunet, RENATER, AMRES, LITnet, FCCN, FUnet…

SA3T3: MDVPN work status

NREN involved into MDVPN Project

Current state Deployment phase

1.

Multi-domain operation validation (4th quarter 2013 – end of 1st quarter 2014)

2.

Technical Pilot Phase

  • a. Setting-up GEANT pilot

(1st quarter 2014)

  • b. Pilot generalization phase

(2nd and 3rd quarter 2014) 3.

MDVPN service officially added to GEANT portfolio

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MDVPN in France

End-to-End service  Regional Network in MDVPN service

  • Multi-Domain VPNs deliver by regional network to end-user
  • MDVPN between regional network

Partners: OSIRIS et SYRHANO

SA3T3 International testbed

CPE-SYRHANO PE-SYRHANO ASBR-SYRHANO

VRF ASTRO RT:22:30 VRF BIO - RT:22:32

VR-GEANT ASBR-2-RENATER P-RENATER VR-RENATER CPE-OSIRIS PE-OSIRIS ASBR-OSIRIS RR-OSIRIS PE- RENATER

L2Circuit international L2Circuit France

SYRHANO OSIRIS RENATER

VRF CoC-GEANT

Peering Multi-hop E-BGP VPNv4

RR-SYRHANO

DFN

RENATER backbone deployment status: ASBR RENATER connected to GEANT in Paris First PE (Lannion) implemented …

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Conclusions

MDVPN is an innovative network service that can improve our user efficiency Network administrators have a key role by advertising end-user of the benefit of this new service Rolling-out a multi-domain service require the coordinate effort Scientist projects ask for MDVPN, RENATER and DFN already MDVPN between Lannion and Berlin as a PoC for XiFi project A French working group for the deployment

  • f MDVPN in France

XIFI is a project of the European Public- Private-Partnership on Future Internet

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www.geant.net

www.twitter.com/GEANTnews | www.facebook.com/GEANTnetwork | www.youtube.com/GEANTtv

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Contact Projet : Xavier Jeannin