Visão Geral

Este Curso IPv6 Implementation é um curso técnico prático e aprofundado que cobre tecnologias, design, implementações e migração IPv6.

Objetivo

Ao participar do Curso IPv6 Implementation, os participantes aprenderão:

• Recursos e benefícios do IPv6
• Estrutura do formato de endereço IPv6
• Capacidades avançadas de IPv6
• Estratégias de implementação para serviços e aplicações IPv6
• DHCP e DNS em uma rede IPv6
• Diferenças entre DHCPv6 e DHCP
• Implemente IPv6 em redes EIGRPv6, OSPFv3, IS-ISv6, BGP e MPLS
• Implemente a configuração automática para gerenciar endereços IPv6
• Conceitos de multicast e unicast IPv6
• Preocupações de segurança relacionadas ao IPv6 e como proteger a infraestrutura da sua empresa contra novas vulnerabilidades do IPv6
• Por que o IPv6 fornece IPSec aprimorado e QoS mais confiável
• Como o IPv6 fornece suporte aprimorado para IP móvel e dispositivos de computação móvel
• Planeje e gerencie a migração da sua rede para IPv6
• Estratégias de implantação a serem consideradas ao migrar para IPv6
• Como garantir uma transição tranquila do IPv4 e a coexistência com redes IPv4
• Configure as diferentes ferramentas de migração IPv6, como pilhas duplas e tunelamento, para facilitar a transição
• Configure diferentes métodos de transição IPv6 para encapsular o tráfego IPv6 nas redes IPv4 atuais
• Como encapsular IPv6 em uma rede IPv4
• Como o IPv6 é suportado no software Linux, UNIX, Windows e Cisco IOS

Publico Alvo

Este Curso IPv6 Implementation é ideal para arquitetos de rede e engenheiros de projeto, engenheiros e técnicos de operações que lidam com configuração de IPv6 e serviços de suporte, gerenciamento e operações de rede, engenheiros de sistema, verificação de sistema, validação e teste de administradores de rede.

Materiais

Conteúdo Programatico

Overview of IPv6

1. IPv6 in a nutshell
2. Key differences between IPv4 and IPv6
3. The Fields in the IPv6 Header
4. Detailed overview of IPv6 headers and extension headers
5. The Structure of the IPv6 Protocol
6. IPv6 Deployment Strategies
7. Planning to Deploy IPv6
8. Identifying Requirements
9. Selecting a Deployment Strategy
10. Deployment Strategies: Primary Uses, Benefits, and Limitations
11. Deploying IPv6 over IPv4 Tunnels
12. Deploying IPv6 over Dedicated Data Links
13. Deploying IPv6 over MPLS Backbones
14. Deploying IPv6 Using Dual-Stack Backbones
15. Protocol Translation Mechanisms

IPv6 Address Architecture

1. The IPv6 Address Space
2. Differences from IPv4 (e.g., no broadcast, minimum MTU, no fragmentation, etc.)
3. Link- and Site-Local Addresses
4. Global Routing Prefixes
5. Unicast, multicast, and anycast
6. Global Unicast Address
7. Special addresses
8. Address types, notations, and prefixes
9. Jumbograms
10. Advanced IPv6 Addressing
11. Advanced Subnetting

ICMPv6

1. Differences from IPv4
2. Path MTU discovery
3. Neighbor Discovery (ND)
4. Network Renumbering
5. Multicast Listener Discovery (MLD)
6. Multicast Router Discovery (MRD)
7. Neighbor Solicitation
8. Neighbor Advertisement
9. Router Solicitation
10. Router Advertisement

Autoconfiguration

1. Stateless and stateful
2. Neighbor discovery and secure neighbor discovery
3. Router advertisement and solicitation
4. Duplicate address detection
5. DHCPv6
6. Ethernet Support
7. Layer 2 Support for IPv6
8. Ethernet frame differences from IPv4
9. VLAN support
10. How IPv6 discovers MAC addresses for remote hosts (ARP equivalent)
11. How IPv6 discovers local static IPv6 addresses based on MAC address
12. Detecting Network Attachment (DNA)

Multicast Services

1. Differences from IPv4
2. Multicast address space and reserved/special addresses
3. MLDv2 for IPv6
4. IGMPv3

Securing IPv6 networks

1. IPv6 and IPv4 Threat Comparison
2. Mitigating IPv6 Threats
3. IPv6 end-to-end security
4. IPsec, VPNs, IKE, PKI
5. Threat Analysis Attacks in IPv6
6. ICMP, ICMP Attack, Ping Attack, Smurf Attack, PING Flood,Pingof Death
7. Reconnaissance Unauthorized Access
8. Header Manipulation and Fragmentation
9. Layer 3-Layer 4 Spoofing ARP and DHCP Attacks Broadcast Amplification Attacks (smurf)
10. Routing Attacks
11. Viruses and Worms
12. Application Layer Attacks
13. Rogue Devices
14. Flooding Denial of service attacks (DOS)
15. Man-in-the-middle attacks
16. ARP poisoning and ICMP redirect
17. Port scanning
18. Authentication and Encryption
19. IPSec
20. Differences from IPv4
21. Key Management
22. Security Associations
23. Tunnel vs. transport mode
24. ESP
25. AH
26. Operational issues
27. Transition and IPv4 Interoperability
28. Basic Transition Mechanisms for IPv6 Hosts and Routers

Transition and Implementation Mechanisms

1. Dual IP stack implementation
2. IPv4-mapped IPv6 addresses
3. Tunneling
4. Automatic tunneling
5. Configured and automated tunneling (6in4)
6. Proxying and translation for IPv6-only hosts Dual stack
7. Dual-Stack
8. DS-Lite (Dual-Stack Lite)
9. 6over4
10. BIS-Bump-in-the-Stack (RFC 2767)
11. BIA-Bump-in-the-API (RFC 3338)
12. Automatic and configured tunneling
13. 6to4
14. IPv6 Rapid Deployment on IPv4 Infrastructures (6rd)
15. Teredo
16. DSTM
17. IPv6 Tunnel brokers
18. IPv6 Tunnel Broker with the Tunnel Setup Protocol (TSP)
19. 4in6
20. 6in4
21. ISATAP
22. Translations
23. SIIT6over4
24. NAT-PT
25. NAPT-PT
26. Stateless IP/ICMP Translation (SIIT)
27. Transport Relay Translation (TRT)
28. Socks-based Gateway (RFC 3089)

Differences in Transport and Application Protocols from IPv4

1. DNS in IPv6
2. Changes to DNS for IPv6
3. IPv6 AAAA resource records
4. PTR records and IPv6
5. Reverse lookups in IPv6
6. ip6.arpa. & ip6.int.
7. IPv6 in BIND and MS DNS
8. IPv6 and EDNS0
9. SNMP
10. DHCP
11. FTP
12. Trivial File Transfer Protocol
13. SSH/SFTP/SCP
14. syslog SIP/SIPS
15. HTTP/HTTPS
16. TLS/DTLS
17. RTP/SRTP/cRTP
18. RTCP
19. RTSP
20. UDP
21. TCP
22. SCTP

IPv6 Routing Protocols

1. IPv6 Dynamic Routing
2. ICMPv6 Redirects
3. RIPng
4. OSPF for IPv6 (OSPFv3)
5. BGP-4 Support for IPv6
6. OSPFv3
7. IS-IS and IPv6
8. IGRPv6
9. BGPv4 & IPv6
10. IPv6 Multicast Routing
11. IPv6 Multicast Routing
12. IPv6 PIM-DM
13. IPv6 PIM-SM
14. Advertising IPv6 addresses on an IPv4 network
15. Advanced IS-IS
16. NAT-PT
17. 6PE
18. 6VPE

IPv6 and QoS

1. Traffic classes in IPv6
2. Flow label
3. Differential services (DiffServ)
4. Integrated services (IntServ)
5. RSVP (Resource Reservation Protocol)
6. Explicit congestion notification (ECN)

IPv6 for Windows

1. IPv6 Deployment Strategies for Windows 2000
2. Microsoft .NET
3. Application Changes
4. IPv6 ping, telnet and FTP
5. Mail systems and IPv6
6. IPv6 enabled web-servers
7. The Programming Interface
8. Socket Library changes for IPv6
9. IPv6 Code Migration Tools
10. Sockets & Winsock APIs
11. Perl, Java, C# support for IPv6

IPv6 Linux Programming APIs

1. Linux IPv6 Programming Interface
2. Port and Sockets
3. Socket Library for IPv6
4. The updated Socket API
5. IPv6 Socket Programming
6. Socket Programming with TCP
7. Changes socket API for IPv6 Support
8. IPv6 Code sequence
9. Socket Interface
10. Address data structures
11. Name-to-address translation functions
12. Address conversion functions
13. Perl, Java, C# support for IPv6
14. IPv6-ready system check
15. Configuring interfaces
16. Configuring normal IPv6 routes
17. Neighbor Discovery
18. Kernel settings in /proc-filesystem
19. Netlink-Interface to kernel
20. Address Resolver
21. Network debugging
22. Support for persistent IPv6 configuration in Linux distributions
23. Auto-configuration
24. Mobility
25. Firewalling
26. Security
27. Encryption and Authentication
28. Quality of Service (QoS)
29. IPv6-enabled daemons

Building the Linux kernel for IPv6 support

1. Configuring a Linux server for IPv6
2. Linux IPv6 protocol implementation
3. Setting system parameters
4. Resolving names
5. IP address configuration
6. DNS configuration (client and server)
7. SNMP configuration
8. xinetd configuration
9. ip6tables configuration
10. NTP configuration
11. NFS configuration (NFS packet security emphasis)
12. sshd configuration
13. syslog configuration

Getting connected

1. Tunnel types
2. Setting up the tunnel
3. Allowing proto-41 traffic
4. Setting up an IPv6-capable gateway
5. Enabling forwarding
6. apache/lighttpd configuration
7. other services (instructor suggestions requested)
8. IPSec Key Management

Cisco IOS Router IPv6

1. Preference
2. Privacy Extensions
3. Packet Filter/Firewall
4. Access control lists (ACLs)
5. Tunneling IPv4/IPv6
6. Configured tunnels
7. DHCPv6
8. PPPv6
9. Routing
10. Management
11. User Access and Privilege Levels
12. TACACS+
13. Using privacy and temporary addresses
14. Enabling IPv6 Routing and Configuring IPv6 Addressing
15. Mapping Host Names to IPv6 Addresses
16. Monitoring and Maintaining IPv6