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NAT Traversal and Peer To Peer Facts on Addresses ◮ NAT Where is Bart Simpson 192.1.1.1 NAT Bart Simpson : 10.0.0.1 10.0.0.1 Register Slide 17 Laurent Toutain Filière 2
NAT Traversal and Peer To Peer Facts on Addresses ◮ NAT Where is Bart Simpson 192.1.1.1 NAT Bart Simpson : 10.0.0.1 10.0.0.1 Register Slide 17 Laurent Toutain Filière 2
Page 1 and 2: Advanced Networking Laurent Toutain
Page 3 and 4: Concepts Datagram
Page 5 and 6: Destination Address Processing Conc
Page 11 and 12: Historical facts Facts on Addresses
Page 13 and 14: Emergency Measures: Better Addresse
Page 15 and 16: Emergency Measures: Private Address
Page 17 and 18: How NAT with Port Translation Works
Page 23 and 24: Conic NAT Facts on Addresses ◮ NA
Page 25 and 26: Restricted NAT Facts on Addresses
Page 27 and 28: NAT Traversal and Peer To Peer Fact
Page 33: NAT Traversal and Peer To Peer Fact
Page 43 and 44: Core Network Routing Table Facts on
Page 49 and 50: Access Provider Change: Difficult F
Page 51 and 52: Access Provider Change: Difficult F
Page 53 and 54: Multi-homing: Difficult Facts on Ad
Page 55 and 56: Prefix usage in Feb. 2010 Facts on
Page 57 and 58: Prefix Facts on Addresses ◮ IPv4
Page 59 and 60: What Has Changed Facts on Addresses
Page 65 and 66: CIDR Administrative Point of View F
Page 67 and 68: Prefixes delegation Facts on Addres
Page 69 and 70: Prefixes delegation Facts on Addres
Page 71 and 72: Prefix usage in May. 2010 Facts on
Page 73 and 74: HD-Ratio Facts on Addresses ◮ Pre
Page 75 and 76: IPv6 addresses Addresses ◮ Notati
Page 77 and 78: Notation Addresses ◮ Notation B
Page 83 and 84: Is it enough for the future Addres
Page 85 and 86:
Addresses Addressing scheme
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Addresses Address Format
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Addressing Space Utilization Addres
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Page 93 and 94:
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SID Values Addresses ◮ Address Fo
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Interface Identifier Addresses ◮
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Interface Identifier Addresses ◮
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How to Construct an IID from MAC Ad
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How to Construct an IID from MAC Ad
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Windows 7 Addresses ◮ Address For
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Windows 7 Addresses ◮ Address For
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Addresses Kind of addresses
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Other kind of addresses : ULA (RFC
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Some Well Known Multicast Addresses
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Solicited Multicast Addresses Addre
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Example Addresses ◮ Kind of addre
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Example Addresses ◮ Kind of addre
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Anycast Addresses ◮ Kind of addre
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Anycast on prefix : Example from Ha
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OnLink Anycast: Example Addresses
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OnLink Anycast: Example Addresses
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Anycast on prefix : Example from Ha
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IPv6 Packet : Simpler Protocol ◮
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IPv4 Header Protocol ◮ IPv6 Heade
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Extensions Protocol ◮ IPv6 Extens
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Extensions in packets Protocol ◮
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Extension Superiority Protocol ◮
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Extension Order is Important Protoc
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Hop by Hop (NH=0) Protocol ◮ IPv6
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Page 171 and 172:
Routing (NH=43) Protocol ◮ IPv6 E
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Protocol ICMPv6
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ICMPv6 : Two Functions Protocol ◮
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Path MTU discovery Protocol ◮ Pat
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Neighbor Discovery RFC 4861 Mechani
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Stateless Auto-configuration: Basic
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Optimistic DAD RFC 4429 Mechanisms
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Router Configuration Example Mechan
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Router Configuration Example Mechan
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Stateless DHCPv6 : with static para
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Security issues with Neighbor Disco
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Examples of attacks using ND Mechan
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Examples of attacks using ND Mechan
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Example: Interface during an IETF m
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DHCPv6 : Stateful Auto-Configuratio
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DHCPv6 : Prefix Delegation Mechanis
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DHCPv6 Full Features Mechanisms ◮
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DHCPv6 Scenarii Mechanisms ◮ DHCP
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Page 227 and 228:
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DHCPv6 Identifiers Mechanisms ◮ D
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Mechanisms Stateless vs Statefull
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Forwarding Tables F.I.B
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Example : Cisco router Forwarding T
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Example : Unix Forwarding Tables
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Static route Forwarding Tables ◮
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Example : Cisco router Forwarding T
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Routing Protocol Forwarding Tables
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outer’s behavior Forwarding Table
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Distant Vector Distant Vector Examp
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Distant Vector Distance Vecto
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Distant Vector Conter Measures 3 w
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Distant Vector RIP
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RIPng Distant Vector ◮ RIP 0.....
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Securing Routing Protocols Distant
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Securing Routing Protocol Distant V
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Link States Algorithms
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Example: Database initialization Li
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Example: Database initialization Li
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Example: Database state after synch
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Example: Shortest Path First Algori
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Example: FIB entries Link States
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Warning: SPT is not forwarding path
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educing SPF computation Link States
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Division into Areas Link States ◮
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Example: Flooding Link States ◮ A
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Link State Announcement Format Link
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Example Link States ◮ Areas Slid
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Example Link States ◮ Areas 10.1.
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Example Link States ◮ Areas { S 8
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Example Link States ◮ Areas { S 8
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Case study: RIP to OSPF Link States
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Link States IS-IS
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Areas versus Levels Link States ◮
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ISO addresses Link States ◮ IS-IS
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ISO addresses Link States ◮ IS-IS
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Packet types Link States ◮ IS-IS
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Example Link States ◮ IS-IS Provi
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Example: Only IGP Link States ◮ I
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Example: Only IGP Link States ◮ I
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Example: Layer 2 network (eg: ATM)
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Example: Layer 2 network (eg: ATM)
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L2 switching Link States ◮ IS-IS
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Simplified architecture of a LSR Li
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MPLS: ...Label... Link States ◮ I
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MPLS: ...Switching Link States ◮
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MPLS: ...Switching Link States ◮
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MPLS: ...Switching VC merging Link
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Principle: Overview Link States ◮
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Label distribution example: Discove
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Label distribution example: Sending
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Label distribution example: Receivi
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Label distribution example: Rerouti
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Label distribution example Link Sta
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BGP External Gateway Protocol
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Routing policies BGP ◮ External G
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Autonomous System BGP ◮ AS Peerin
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Example: whois -h whois.ripe.net AS
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Example: whois -h whois.ripe.net AS
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Network topology from AS2200 BGP
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Traceroute BGP ◮ AS Peering # tra
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MP-BGP BGP ◮ Border Gateway Proto
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Principles BGP ◮ Border Gateway P
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BGP configuration example BGP ◮ B
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BGP configuration example BGP ◮ B
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Loopback address BGP ◮ Border Gat
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Loopback address BGP ◮ Border Gat
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BGP BGP Attributes
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BGP attributes BGP ◮ BGP Attribut
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BGPv4 versus MP-BGP BGP ◮ BGP Att
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MP-BGP capabilities BGP ◮ BGP Att
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AS PATH and ORIGIN BGP ◮ BGP Attr
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AS PATH BGP ◮ BGP Attributes AS
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AS PATH BGP ◮ BGP Attributes α :
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Example from Canada (edited) BGP
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Example from Canada (edited) BGP
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BGP attributes BGP ◮ BGP Attribut
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MULTI EXIT DISC BGP ◮ BGP Attribu
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LOCAL PREF BGP ◮ BGP Attributes
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LOCAL PREF BGP ◮ BGP Attributes
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AS PATH BGP ◮ BGP Attributes AS A
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AS PATH BGP ◮ BGP Attributes AS A
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Community BGP ◮ BGP Attributes
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Example from Level3 BGP ◮ BGP Att
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Example: Community Attribute BGP
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Example: Community Attribute BGP
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TELECOM Bretagne’s prefixes BGP
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TELECOM Bretagne’s prefixes BGP
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Next Hop Attribute BGP ◮ BGP Attr
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Next Hop different behaviors BGP
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Synchronization BGP ◮ BGP Attribu
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Route Selection BGP ◮ BGP Attribu
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Confederation and Route Reflectors
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Confederation BGP ◮ BGP for Large
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Route Reflector RFC 4456 BGP ◮ BG
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Route Reflectors BGP ◮ BGP for La
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Route Reflectors BGP ◮ BGP for La
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BGP Network Architecture
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Global Inter eXchange BGP ◮ Netwo
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BGP Limits: Flapping BGP ◮ Networ
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BGP Limits: Flapping BGP ◮ Networ
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BGP Limits: Security BGP ◮ Networ
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BGP ◮ VPN VPN BGP can isolate
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BGP ◮ VPN 6PE α 6 ⇒ NH = R1 α
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BGP ◮ VPN Softwires Mesh α 4 ⇒
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BGP ◮ VPN References BGP Tutoria
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IPv6 Integration: Why IPv6 Integrat
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Communications Model IPv6 Integrati
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Rough Classification of Transition/
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Generic Approach for ”Tunneling
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Generic Approach for ALGs (”proxy
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Where to act, what to do exactly (2
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Overview IPv6 Migration Approaches
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Transition/Integration scenarios (v
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IPv6 Integration Core Network
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Routing Protocols for IPv6 IPv6 Int
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6BONE IPv6 Integration ◮ Core Net
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6PE : Provider Edge IPv6 Integratio
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Transit / Peering IPv6 Integration
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IPv6 Integration ISP’s Access Net
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Softwires IPv6 Integration ◮ ISP
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Softwires: H&S Architecture IPv6 In
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IPv6 Integration Administrated Netw
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Agenda for IPv6 integration in admi
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6to4 Architecture between 2 sites I
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6to4 to connect with native IPv6 IP
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6to4 relays IPv6 Integration ◮ Ad
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Tunnel Broker IPv6 Integration ◮
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Tunnel Broker Architecture IPv6 Int
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ISATAP scenario IPv6 Integration
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ISATAP scenario IPv6 Integration
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Address Plan IPv6 Integration ◮ A
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Deploy IPv6 on access network IPv6
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Access control to network IPv6 Inte
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IPv6 in DNS IPv6 Integration ◮ Ad
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Set up IPv6 filtering IPv6 Integrat
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IPv6 support on Operating Systems I
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Migrate Application to IPv6 support
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Application Level Gateway IPv6 Inte
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SSL Tunnel IPv6 Integration ◮ Adm
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SSL Tunnel IPv6 Integration ◮ Adm
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