Implementing and Securing IPv6 on Windows

Hot to plan, implement, secure and manage IPv6 in Windows environments

• 5 days • £3295/$4190 • world-wide

You will learn how to:

Migrate your network to IPv6
Manage the differences between IPv4 and IPv6
Implement new networking software and devices to support IPv6
Implement IPv6 auto-configuration and manage IPv6 addresses
Configure IPv6 migration techniques on different platforms.
Configure transition techniques including; dual-stacks, 6to4, ISATAP and Teredo.
Configure IPv6 on different platforms
Configure IPv6 enabled network services (e.g DNS, DHCPv6, OSPFv3 and BGP)
IPv6 enable networking applications (e.g. Apache, ping, FTP and e-mail)
Write code using the basic IPv6 socket API
Migrate legacy code to IPv6
Use code migration tools
The security features of IPv6
IPv6 security risks
The differences in IPv4 and IPv6 security
Security threats of IPv6 transition mechanisms
How to securely deploy IPv6
How to secure your IPv4 network from IPv6 threats
IPv6 threat mitigation
How to build IPv6 firewalls

Course Benefits

IPv6 is the result of many years of research and activity by the international Internet community. IPv6 provides increased addressing space, improved routing, new features and support for transition from IPv4.

The implementation of IPv6 is inevitable and will impact on all companies that maintain, implement or use IP networks. Since the introduction of Windows Vista and Windows Server 2008, Microsoft operating systems have included an IPv6 stack and where possible IPv6 is used by default.

In this course, you will learn how to obtain and implement IPv6 protocols within your organisation on Active Directory networks, Windows Server, Windows 10 and other networked devices. This course provides extensive hands-on sessions and in-depth technical analysis

Who should attend?

This course is ideal for network administrators, network support personnel, network designers, networking consultants, security managers, IT managers and directors.

Prerequisites

A good knowledge of general networking concepts is assumed. IPv4 is reviewed as it is compared and contrasted with IPv6, but experience of IPv4 is necessary.

Course Details

£3295/$4190
5 days
PDF

Formats

Virtual Classroom
Public Course
On-site Course
Modular Course
Bespoke Course

Platforms

Windows Server 2016
Windows 10
Windows 8.1
Windows Server 2012 R2
Windows 8
Windows Server 2012
Windows 7
Windows Server 2008
Windows Vista
Windows Server 2003
Windows Longhorn
Windows XP
Windows 2000
Windows NT

The Need for IPv6 (Summary)

History of IP
The problems with IPv4
The IPv4 header format
Address space and functionality
IPv4 Security and QoS
Reality Check: IPv6 vs. IPv4

The Features of IPv6 I

IPv6 datagram format and header
IPv6 extension headers
Hop-by-hop and destination options
Routing header, fragmentation header
Mobility header and No next header
IPv6 addresses
IPv6 address representation
Unicast Multicast & Anycast in IPv6
Link local, site local and unique local addresses

The Features of IPv6 II

Summary of the new features of IPv6
ICMPv6 (IP Control Message Protocol v6)
Path MTU discovery (PMTU)
IPv6 multicast group management
MLD (Multicast Listener Discovery) and MLDv2

Autoconfiguration of IPv6 I

Autoconfiguration methods
Choosing the interface identifier
Modified EUI-64
CGA, HBA, Privacy and Temporary Addresses
Neighbour discovery in IPv6 (NDP)
IPv6 router discovery (RS and RA)
IPv6 Router renumbering

Autoconfiguration of IPv6 II

DHCPv6
DHCPv6 Relay Agents
DUIDs and IAIDs
Stateless DHCPv6
DHCPv6 prefix delegation (PD)

Internetworking IPv6 (Summary)

IPv6 routing and IPv6 routing tables
IPv6 default routes

IPv6 Dynamic Routing

ICMPv6 Redirects
RIPng
OSPFv3
IS-IS and IPv6
EIGRPv6
BGPv4 & IPv6
IPv6 Multicast Routing
IPv6 PIM

Interfacing IPv6 to the Lower Layers

Data-link and physical layer
Point to point and IPv6
NBMA networks and IPv6
IPv6 and PPP
ATM and IPv6
IEEE802 and IPv6
IPv6 in 3G, 4G, LTE and IMS
MPLS and IPv6
6PE and 6VPN
Radius and IPv6

Transport Layer and IPv6 (Summary)

Operation of TCP and UDP
Changes to TCP for IPv6
Changes to UDP for IPv6

IPv6 Transition Mechanisms I

Overview of transition mechanisms
IPv6 Dual stacks
Compatibility addresses
Automatic and configured tunnelling
6over4 and 6to4
6rd - IPv6 rapid deployment
ISATAP
Teredo
Dual stack Lite (DSLite)
Dual Stack Transition Mechanism (DSTM)
IPv6 Tunnel brokers
Tunnel setup protocol (TSP)

IPv6 Transition Mechanisms II

Protocol translators
SIIT
Application layer gateways
DNS64
NAT64
NAT-PT
NAPT-PT
TRT
464XLAT
IPv6 SOCKS
Bump-in-the-stack (BIS)
Bump-in-the-API (BIA)
Transition mechanisms and DNS

IPv6 Security (IPSec)

Cryptographic techniques
IPv6 and IPSec
IPv6 AH & ESP Headers
Transport and tunnel modes
Security associations
ISAKMP & IKE

Mobile IPv6

Limitations of link layer mobility
Mobile IPv4 vs Mobile IPv6
IPv6 Home agents
Binding updates and the binding cache
Mobile IPv6 in operation
Mobile IPv6 Security
NEMO

IPv6 and Quality of Service

Traffic class in IPv6
The IPv6 Flow label
Differential services (DiffServ)
Integrated services (IntServ)
Traffic flows in IPv6
RSVP and IPv6 QoS

DNS and IPv6

The domain name system
Changes to DNS for IPv6
IPv6 AAAA resource records
PTR records and IPv6
Reverse lookups in IPv6
ip6.arpa. & ip6.int.
IPv6 in BIND and MS DNS
IPv6 and EDNS0

Application Changes for IPv6 (Summary)

Basic Internet commands
IPv6 ping, telnet and FTP
Mail systems and IPv6
IPv6 enabled web-servers

The IPv6 Programming Interface

IPv6 Programming Basics
Socket Library changes for IPv6
IPv6 Code Migration Tools
Sockets & Winsock APIs
Perl, Java, C# support for IPv6

IPv6 Security Threats

Summary of IPv6 threats
Comparison of IPv6 with IPv4 threats
Threats common to IPv4 and IPv6
IPv6 specific security threats
End-to-end transparency
Scanning in IPv6
IPv6 extension header threats
IPv6 router header abuse
IPv6 fragmentation threats
ICMPv6 threats
IPv6 neighbor discovery (ND) threats
ND threat examples

IPv6 Security Features

Security features in IPv6
Mobile IPv6 security
RA-Guard and DHCPv6-Shield
Dynamic routing security
Examples of IPv6 security

Securing Neighbor Discovery

Neighbor discovery threats
Privacy addresses
Temporary addresses
Monitoring Neighbor Discovery (ND)
Mitigating Router Advertisement (RA) attacks
Cryptographically Generated Addresses (CGA)
SEcure Neighbor Discovery (SEND)
Security at the datalink
IEEE 802.1X
Securing Router Advertisements (RAs)

IPv6 Transition Security Threats

IPv6 transition mechanisms threats
Transition mechanisms
Transition security problems
Dual stack threats
Mitigating dual stack threats
Tunnelling threats
6to4 threats
Mitigating 6to4 threats
ISATAP threats
Mitigating ISATAP threats
Teredo threats
Mitigating Teredo threats
Other mechanisms
IPv6 DNS threats
Transition security best practice

Building IPv6 Firewalls

Configuring IPv6 firewalls
IPv6 firewall filtering rules
Filtering ICMPv6
IPv6 extension headers
Implementing IPv6 Ingress filtering
Assigned IPv6 addresses
Status of IPv6 firewalls
Deploying IPv6 firewalls

IPv6 Deployment Risks

IPv6 pilots
IPv6 DNS server
Addressing schemes
Deploying ICMPv6
End-to-end transparency
IPsec transport mode
Reduced functionality
Operational issues
ND proxies
Training

IPv6 Security Best Practice

Creating an IPv6 security policy
Summary of IPv6 security best practice

Each module includes detailed exercises. Lab work will be carried out mainly on Windows and Windows Server.

Hands-on practical exercises include:

Installing and configuring IPv6
Capturing and decoding IPv6 datagrams
Basic IPv6 operation
IPv6 router configuration
Assigning IPv6 addresses
Configuring IPv6 auto-configuration
Configuring and using DHCPv6
IPv6 dynamic routing (OSPFv3 & BGP)
Security configuration using IPv6 IPsec
Configuring IPv6 transition mechanisms
Configuring 6to4, ISATAP, Teredo, NAT64 etc.
Configuring and testing Mobile IPv6
Examining QoS and IPv6
Network monitoring of IPv6
Upgrading and configuring IPv6 DNS servers
Configuring IPv6 applications and services
Writing code using the basic IPv6 socket API
Examining IPv6 threats
Using the IPv6 hackers toolkit
Using Scapy and IPv6
Configuring IPv6 IPsec
Using privacy and temporary addresses
Protecting against router advertisement attacks
Detecting and mitigating ND attacks
Implementing SEND and CGA
Securing transition mechanisms including 6to4, ISATAP, Teredo and NAT64
Configuring IPv6 firewalls
IPv6 security policy and best practice

Certifications

All Erion IPv6 courses are certified by the IPv6 Forum. Erion also has its own IPv6 certification programme.

All our lecturers are practising network consultants with extensive experience of IPv6 networking on Linux, Unix, Cisco IOS, Juniper and Windows in large commercial environments. They are ideally suited to bringing you an up to date analysis of the status of IPv6.

Erion is the world's leading IPv6 training company.

Locations

Our courses are available world-wide in our virtual classrooms accompanied by virtual labs. We also deliver on-site training and public training at venues around the world.

Please contact us if you are looking for training in your area.

Aberdeen, Scotland, UK
Basingstoke, England, UK
Edinburgh, Scotland, UK
Glasgow, Scotland, UK
Inverness, Scotland, UK
Leeds, England, UK
London, England, UK
Manchester, England, UK
Sheffield, England, UK
Europe - various locations
Ljubljana, Slovenia
Malaysia - various locations
Boston, USA
San Francisco, USA
New York, USA
Washington DC, USA
USA - various locations