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A virtual private network (VPN) is a communications network tunneled through another network, and dedicated for a specific network. One
common application is secure communications through the public Internet, but VPNs can also be used to separate the traffic of different user
communities over an underlying network.
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- Introduction and general concepts
- What is a VPN?
- The various applications (site interconnection, remote access, Extranet)
- Historical Evolution of the VPN services and architectures
- The Israeli market – Bezeq,HOT, Cellcom,ISP's…
- VPN Taxonomy
- Layer1 VPN
- Layer 2 VPN
- Layer 3 VPN
- Classical VPN Architecture
- Tunneling Protocol
- IPSec and SSL VPN
- IPSec principles
- SSL principles
- IPSec VPN
- SSL VPN
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- Global view of main trends in VPN architectures
- IETF solutions (MPLS based)
- IEEE solutions (extending IEEE 802 standards)
- MPLS architecture, overview
- Principles
- QoS
- Traffic Engineering
- L3 MPLS VPN
- BGP Review
- MPLS/BGP VPN – RFC 4364 overview
- L2 MPLS VPN
- Overview
- Encapsulation and Label Stacking
- Virtual Private Wire Services – VPWS
- Virtual Private LAN Services – VPLS
- VPLS Implementations
- L1 GMPLS VPN
- Metro Ethernet
- Overview
- Encapsulation and Label Stacking
- Virtual Private Wire Services – VPWS
- Virtual Private LAN Services – VPLS
- VPLS Implementations
- Glossary
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- Consultants, network engineers and operators, pre and post sales engineers and technicians responsible for designing, implementing and/or
troubleshooting VPN based networks.
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- Good understanding of IP routing and MPLS
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