A network just configuring itself on its own, without a DHCP server or the like? A change in protocols enhancing the throughput of routers drastically without any new hardware? Switching providers without change of IP addresses or extensive reconfiguration? Sounds like a good idea. That is what IPv6 does and some more.
Your computer already understands IPv6 - when are you going to learn it?
Voraussetzungen
This training course is directed towards network administrators. Prerequisites are elementary Unix skills (command line, simple administration tasks) and elementary networking skills (Ethernet, simple networks with routers). Simply take a look at the description of our training courses Linux admin basics and Linux network services and check whether your knowledge corresponds with the level of these training courses - then you will have the right prerequisites for this course, too.
Inhalt
Introduction to IPv6
- Basic differences between IPv4 and IPv6
- Advantages of IPv6
IPv6 support in the operating system
IPv6 addresses
- Terminology
- Notation
- Design and structure
Designing a test environment
Adress configuration
- Manual address configuration
- Neighbor discovery and duplicate address detection
- Stateless autoconfiguration (SAC) und router discovery (RD)
- Router configuration
- Host configuration
- First tests within a common subnet
Tools
- Packet sniffer: ethereal, tcpdump, snoop
- netcat (nc)
IPv6 and DNS (Part I)
- Name conventions
- Local entries in /etc/hosts
- Resolver configuration
- Basic BIND configuration
- Forward Maps: AAAA and A6 records
- Reverse Maps: Nibble and bitstring PTR records
IPv6 and DNS (Part II)
- Unsecured dynamic updates
- TSIG authenticated updates
- Alternative approaches
IPv6-enabled services
- SSH
- NTP
- Inetd and xinetd
- SMTP: Sendmail, exim and postfix
- HTTP: Apache2
Routing
- Static Routing
- Dynamic routing mit RIPng (zebra, quagga)
Interoperability with IPv4
- Dual-stack configuration
- Proxy configuration (DNS, NTP, SMTP, HTTP)
- Protocol translation (TRT, NAT-PT)
An overview about new features of IPv6
- Quality of Service (QoS)
- Tunneling and encapsulation
- IPsec
- Mobile IPv6
Security implications of IPv6
- Packet filter and its limits
- Application gateway in a DMZ
- Host security
Migration strategies from IPv4 to IPv6
Connection to the "Internet6"
- PPP with IPv6
- 6to4 relays
- Tunnel service by Hexago
IPv6 addresses
- Terminology
- Notation
- Design and structure
Designing a test environment
Adress configuration
- Manual address configuration
- Neighbor discovery and duplicate address detection
- Stateless autoconfiguration (SAC) und router discovery (RD)
- Router configuration
- Host configuration
- First tests within a common subnet
Tools
- Packet sniffer: ethereal, tcpdump, snoop
- netcat (nc)
IPv6 and DNS (Part I)
- Name conventions
- Local entries in /etc/hosts
- Resolver configuration
- Basic BIND configuration
- Forward Maps: AAAA and A6 records
- Reverse Maps: Nibble and bitstring PTR records
IPv6 and DNS (Part II)
- Unsecured dynamic updates
- TSIG authenticated updates
- Alternative approaches
IPv6-enabled services
- SSH
- NTP
- Inetd and xinetd
- SMTP: Sendmail, exim and postfix
- HTTP: Apache2
Routing
- Static Routing
- Dynamic routing mit RIPng (zebra, quagga)
Interoperability with IPv4
- Dual-stack configuration
- Proxy configuration (DNS, NTP, SMTP, HTTP)
- Protocol translation (TRT, NAT-PT)
An overview about new features of IPv6
- Quality of Service (QoS)
- Tunneling and encapsulation
- IPsec
- Mobile IPv6
Security implications of IPv6
- Packet filter and its limits
- Application gateway in a DMZ
- Host security
Migration strategies from IPv4 to IPv6
Connection to the "Internet6"
- PPP with IPv6
- 6to4 relays
- Tunnel service by Hexago
Adress configuration
- Manual address configuration
- Neighbor discovery and duplicate address detection
- Stateless autoconfiguration (SAC) und router discovery (RD)
- Router configuration
- Host configuration
- First tests within a common subnet
Tools
- Packet sniffer: ethereal, tcpdump, snoop
- netcat (nc)
IPv6 and DNS (Part I)
- Name conventions
- Local entries in /etc/hosts
- Resolver configuration
- Basic BIND configuration
- Forward Maps: AAAA and A6 records
- Reverse Maps: Nibble and bitstring PTR records
IPv6 and DNS (Part II)
- Unsecured dynamic updates
- TSIG authenticated updates
- Alternative approaches
IPv6-enabled services
- SSH
- NTP
- Inetd and xinetd
- SMTP: Sendmail, exim and postfix
- HTTP: Apache2
Routing
- Static Routing
- Dynamic routing mit RIPng (zebra, quagga)
Interoperability with IPv4
- Dual-stack configuration
- Proxy configuration (DNS, NTP, SMTP, HTTP)
- Protocol translation (TRT, NAT-PT)
An overview about new features of IPv6
- Quality of Service (QoS)
- Tunneling and encapsulation
- IPsec
- Mobile IPv6
Security implications of IPv6
- Packet filter and its limits
- Application gateway in a DMZ
- Host security
Migration strategies from IPv4 to IPv6
Connection to the "Internet6"
- PPP with IPv6
- 6to4 relays
- Tunnel service by Hexago
- Packet sniffer: ethereal, tcpdump, snoop
- netcat (nc)
IPv6 and DNS (Part I)
- Name conventions
- Local entries in /etc/hosts
- Resolver configuration
- Basic BIND configuration
- Forward Maps: AAAA and A6 records
- Reverse Maps: Nibble and bitstring PTR records
IPv6 and DNS (Part II)
- Unsecured dynamic updates
- TSIG authenticated updates
- Alternative approaches
IPv6-enabled services
- SSH
- NTP
- Inetd and xinetd
- SMTP: Sendmail, exim and postfix
- HTTP: Apache2
Routing
- Static Routing
- Dynamic routing mit RIPng (zebra, quagga)
Interoperability with IPv4
- Dual-stack configuration
- Proxy configuration (DNS, NTP, SMTP, HTTP)
- Protocol translation (TRT, NAT-PT)
An overview about new features of IPv6
- Quality of Service (QoS)
- Tunneling and encapsulation
- IPsec
- Mobile IPv6
Security implications of IPv6
- Packet filter and its limits
- Application gateway in a DMZ
- Host security
Migration strategies from IPv4 to IPv6
Connection to the "Internet6"
- PPP with IPv6
- 6to4 relays
- Tunnel service by Hexago
- Unsecured dynamic updates
- TSIG authenticated updates
- Alternative approaches
IPv6-enabled services
- SSH
- NTP
- Inetd and xinetd
- SMTP: Sendmail, exim and postfix
- HTTP: Apache2
Routing
- Static Routing
- Dynamic routing mit RIPng (zebra, quagga)
Interoperability with IPv4
- Dual-stack configuration
- Proxy configuration (DNS, NTP, SMTP, HTTP)
- Protocol translation (TRT, NAT-PT)
An overview about new features of IPv6
- Quality of Service (QoS)
- Tunneling and encapsulation
- IPsec
- Mobile IPv6
Security implications of IPv6
- Packet filter and its limits
- Application gateway in a DMZ
- Host security
Migration strategies from IPv4 to IPv6
Connection to the "Internet6"
- PPP with IPv6
- 6to4 relays
- Tunnel service by Hexago
- Static Routing
- Dynamic routing mit RIPng (zebra, quagga)
Interoperability with IPv4
- Dual-stack configuration
- Proxy configuration (DNS, NTP, SMTP, HTTP)
- Protocol translation (TRT, NAT-PT)
An overview about new features of IPv6
- Quality of Service (QoS)
- Tunneling and encapsulation
- IPsec
- Mobile IPv6
Security implications of IPv6
- Packet filter and its limits
- Application gateway in a DMZ
- Host security
Migration strategies from IPv4 to IPv6
Connection to the "Internet6"
- PPP with IPv6
- 6to4 relays
- Tunnel service by Hexago
- Quality of Service (QoS)
- Tunneling and encapsulation
- IPsec
- Mobile IPv6
Security implications of IPv6
- Packet filter and its limits
- Application gateway in a DMZ
- Host security
Migration strategies from IPv4 to IPv6
Connection to the "Internet6"
- PPP with IPv6
- 6to4 relays
- Tunnel service by Hexago
Connection to the "Internet6"
- PPP with IPv6
- 6to4 relays
- Tunnel service by Hexago
Kurszeiten
Wer möchte, reist bis 22 Uhr am Vortag an und nutzt den Abend bereits zum Fachsimpeln am Kamin oder im Park.
An den Kurstagen dann von 9-18 Uhr (mit 2 Kaffee- und 1 Mittagspause) etwa 60% Schulungen und 40% Übungen. Selbstverständlich arbeitet jeder Teilnehmer am von uns gestellten Notebook oft parallel zum Referenten mit.
Anschließend Abendessen und Angebote für Fachsimpeln, Ausflüge uvm. Wir schaffen eine Atmosphäre, in der Fachleute sich ungezwungen austauschen. Wer das nicht will, wird zu nichts gezwungen und findet auch jederzeit Ruhe.
Termine und Anmeldung
- Es steht noch kein Termin für diesen Kurs fest.