MikroTik Certified Internet Protocol v6 Engineer (MTCIPv6E)
1 Introduction to IPv6
1-1 History and Evolution of IPv6
1-2 IPv6 Addressing
1-3 IPv6 Header Structure
1-4 IPv6 Address Types
1-5 IPv6 Address Representation
2 IPv6 Addressing and Subnetting
2-1 IPv6 Addressing Architecture
2-2 IPv6 Subnetting
2-3 IPv6 Prefix Lengths
2-4 IPv6 Address Allocation
2-5 IPv6 Address Autoconfiguration
3 IPv6 Routing
3-1 IPv6 Routing Protocols
3-2 IPv6 Routing Tables
3-3 IPv6 Static Routing
3-4 IPv6 Dynamic Routing
3-5 IPv6 Routing Policies
4 IPv6 Transition Mechanisms
4-1 Dual Stack
4-2 Tunneling
4-3 NAT64 and DNS64
4-4 6to4 and 6in4 Tunneling
4-5 ISATAP
5 IPv6 Security
5-1 IPv6 Security Challenges
5-2 IPv6 Security Features
5-3 IPv6 Firewall Configuration
5-4 IPv6 Access Control Lists (ACLs)
5-5 IPv6 Security Best Practices
6 IPv6 Quality of Service (QoS)
6-1 IPv6 QoS Overview
6-2 IPv6 QoS Mechanisms
6-3 IPv6 Traffic Shaping
6-4 IPv6 Policing
6-5 IPv6 QoS Configuration
7 IPv6 Network Management
7-1 IPv6 Network Monitoring
7-2 IPv6 Network Troubleshooting
7-3 IPv6 Network Performance Optimization
7-4 IPv6 Network Documentation
7-5 IPv6 Network Automation
8 IPv6 in MikroTik Routers
8-1 MikroTik RouterOS IPv6 Overview
8-2 IPv6 Configuration on MikroTik Routers
8-3 IPv6 Routing on MikroTik Routers
8-4 IPv6 Security on MikroTik Routers
8-5 IPv6 QoS on MikroTik Routers
8-6 IPv6 Network Management on MikroTik Routers
9 IPv6 Case Studies
9-1 IPv6 Deployment in Enterprise Networks
9-2 IPv6 Deployment in Service Provider Networks
9-3 IPv6 Deployment in Mobile Networks
9-4 IPv6 Deployment in IoT Networks
9-5 IPv6 Deployment in Cloud Networks
10 IPv6 Certification Exam Preparation
10-1 Exam Objectives
10-2 Exam Format
10-3 Exam Preparation Tips
10-4 Practice Questions
10-5 Certification Exam Registration
IPv6 Routing Policies Explained

IPv6 Routing Policies Explained

Key Concepts

IPv6 routing policies involve several key concepts:

1. Policy-Based Routing (PBR)

Policy-Based Routing (PBR) in IPv6 allows administrators to control the flow of traffic based on specific policies rather than just the destination address. This is particularly useful for directing traffic based on source addresses, application types, or other criteria.

Example: In a corporate network, you might want to route all traffic from the HR department to a specific server. Using PBR, you can create a policy that matches traffic from the HR subnet and directs it to the designated server, regardless of the destination address.

2. Route Maps

Route Maps are used to define complex routing policies in IPv6. They allow for the creation of rules that can match specific criteria and apply actions such as permitting or denying routes, setting metrics, or redistributing routes.

Example: Suppose you want to prefer routes from a specific ISP over others. You can create a route map that matches routes from that ISP and sets a lower metric, ensuring that these routes are preferred in the routing table.

3. Prefix Lists

Prefix Lists are used to filter routes based on IPv6 prefixes. They can be used in conjunction with route maps to create more granular routing policies. Prefix lists allow for the inclusion or exclusion of specific prefixes or ranges of prefixes.

Example: If you want to allow only certain subnets to be advertised to external networks, you can create a prefix list that includes those subnets and use it in a route map to permit only those routes to be advertised.

Understanding these routing policy concepts is crucial for advanced network management in IPv6. By mastering Policy-Based Routing, Route Maps, and Prefix Lists, you can create sophisticated routing policies that enhance network performance and security.