What is the Advanced Routing and Services (ENARSI) course fee at RST Forum?

The course fee is ₹25,000. There are no hidden charges — lab access and course material are included.

How long is the Advanced Routing and Services (ENARSI) course?

120 hours of live instructor-led training (lectures plus hands-on lab practice), running as weekday-evening or weekend batches.

Do I need prior experience to join?

Advanced level. Hands-on experience with Cisco Systems technologies — or an associate-level certification in this track — is strongly recommended before you join.

Is the training classroom or online?

Both. Classroom batches run at our Mumbai campus, and the same batch streams live for online students across India. Both get identical lab access and the same instructor.

Are the labs hands-on?

Yes — the course includes 58 hands-on labs, practised on real equipment with 24/7 remote lab access through Skillopia, our own lab platform, for practice between classes.

Can I attend a demo session before enrolling?

Yes. Sit through a live class with the instructor before you decide - call +91 91672 24466 or send an enquiry and we will schedule it.

Cisco Certifications

Advanced Routing and Services (ENARSI)

Master the art of advanced routing and services implementation to build highly scalable and resilient networks. Advanced Routing and Services (ENARSI) at RST Forum is a 120-hour instructor-led course (lectures plus hands-on lab practice) at advanced level. Classroom batches run at our Mumbai campus and the same batch streams live-online across India; the fee is ₹25,000.

This course will qualify you for the Cisco Certified Specialist - Enterprise Advanced Infrastructure Implementation certification (exam 300-410 ENARSI).

Duration: 120 hours
Training mode: Classroom & online
Course fees: ₹25,000
Level: Advanced
Certification: 300-410 ENARSIShow the full certification name
Cisco Certified Specialist - Enterprise Advanced Infrastructure Implementation

Course details verified 11 Oct 2026

Please note that the course fees exclude the certification cost.

Overview

Who should attend

This 120hrs (Lectures + hands-on Lab) CCNP-ENARSI training is designed for personnel involved in deploying, troubleshooting, and managing enterprise and service providers wired and wireless networks. Candidates will learn to implement security principles, automation, and troubleshooting with Cisco DNA Center Assurance within an enterprise network, and how to overlay network design by using SD-Access solutions. This course will enable candidates to deploy and troubleshoot advanced routing technologies, infrastructure security and services, in a dual-stack (IPv4 and IPv6) enterprise network. It will enable you to configure, optimize, and troubleshoot EIGRP, OSPF and BGP protocols in enterprise

Outcomes

Skills you'll gain

CCNP ENARSI
Implementing EIGRP
Optimizing EIGRP
Troubleshooting EIGRP
Implementing OSPF
Optimizing OSPF
Troubleshooting OSPF
Configuring Redistribution
Troubleshooting Redistribution
Implementing IBGP

Objectives

What you'll be able to do

The course objectives, as the vendor's own blueprint states them.

Configure classic Enhanced Interior Gateway Routing Protocol (EIGRP) and named EIGRP for IPv4 and IPv6.
Optimize classic EIGRP and Named EIGRP for IPv4 and IPv6.
Troubleshoot classic EIGRP and named EIGRP for IPv4 and IPv6.
Configure Open Shortest Path First version 2 (OSPFv2) and OSPFv3 in IPv4 and IPv6 environments.
Optimize OSPFv2 and OSPFv3 behavior.
Troubleshoot OSPFv2 for IPv4 and OSPFv3 for IPv4 and IPv6.
Implement route redistribution using filtering mechanisms.
Troubleshoot redistribution issues.
Describe the tools available to secure the IPV6 first hop.
Troubleshoot Cisco router security features.
Troubleshoot infrastructure security and services.
Implement path control using policy-based routing (PBR) and IP service level agreement (SLA).
Configure Multiprotocol-Border Gateway Protocol (MP-BGP) in IPv4 and IPv6 environments.
Optimize MP-BGP in IPv4 and IPv6 environments.

Included

What you get

Curriculum based on course outlines defined by Cisco Systems.
This Instructor-led classroom course is designed with an aim to build theoretical knowledge supplemented by ample hands-on lab exercises.
Facility of Lab on cloud available.
Courseware includes reference material to maximize learning.
Assignments and tests to ensure concept absorption.
Repeating of lectures allowed (On approval basis)
Candidates can attend lectures online.

Credential

Certification details

Cisco Certified Specialist - Enterprise Advanced Infrastructure Implementation300-410 ENARSI

After the course

Placements & outcomes

Placement assistance is included: CV preparation, interview drills with real scenario questions, and referrals through our alumni network of 1 million+ engineers trained since 1997.

1 modules

Full syllabus

Every module below is taught live and practised hands-on — nothing here is a slide-only topic.

CCNP ENARSI

Implementing EIGRP

Introduction
EIGRP Features
EIGRP Reliable Transport
Explore EIGRP Operation
Compare EIGRP Classic and Named Mode
Configure EIGRP Using Classic Mode and Named Mode for IPv4 and IPv6
Exchange of Routing Knowledge in EIGRP
Verify the EIGRP Topology Table
EIGRP Metrics
EIGRP Classic Mode Metric Calculation
Example of EIGRP Classic Mode Metric Calculation
EIGRP Feasibility Condition
Example of EIGRP Path Calculation

Optimizing EIGRP

Introduction
EIGRP Queries
EIGRP Stub Routers
EIGRP Stuck in Active
EIGRP Summary Routes
Configure EIGRP Stub Routing, Summarization, and Default Routing
EIGRP Load Balancing
EIGRP Authentication
Configure EIGRP Load Balancing and Authentication

Troubleshooting EIGRP

Introduction
Troubleshoot EIGRP Issues
Troubleshoot EIGRP
Troubleshoot EIGRP Neighbor Issues
Troubleshoot EIGRP Routing Table Issues
Troubleshoot EIGRP Stub
Troubleshoot EIGRP Summarization
Troubleshoot EIGRP for IPv6
Troubleshoot EIGRP Authentication

Implementing OSPF

Introduction
OSPF Features
OSPF Operations
Hierarchical Structure of OSPF
Design Limitations of OSPF
OSPF Message Types
Compare OSPFv2 and OSPFv3
Configure OSPFv3 for IPv4 and IPv6
OSPFv2 and OSPFv3 LSA Types
Verify the Link-State Database
Periodic OSPF Database Changes
Exchange and Synchronize LSDBs
Synchronize LSDB on Multi-Access Networks
Execution of the SPF Algorithm

Optimizing OSPF

Introduction
OSPF Route Summarization
Default Routing in OSPF
OSPF Special Areas
Configure OSPF Stub Areas and Summarization
Default Route Cost in OSPF Special Areas
OSPF Authentication
Configure OSPF Authentication
OSPF Virtual Link

Troubleshooting OSPF

Introduction
Troubleshoot OSPF Issues
Components of Troubleshooting OSPF
Troubleshoot OSPF Adjacency
Troubleshoot OSPF Routing Issues
Troubleshoot OSPF Path Selection
Troubleshoot OSPF Special Areas
Troubleshoot OSPF Summarization

Configuring Redistribution

Introduction
Route Redistribution
Redistribution of Route Information
Determine Default Metrics for Redistributed Routes
Implement Routing Protocol Redistribution
Calculation of Costs for OSPF E1 and E2 Routes
Types of Redistribution
Mutual Redistribution
Need for Redistribution Manipulation
Filtering Tools: Distribute Lists
Filtering Tools: Prefix Lists
Manipulate Redistribution
Filtering Tools: Route Maps
Manipulate Redistribution Using Route Maps
Identify Caveats of Redistribution

Troubleshooting Redistribution

Introduction
Troubleshoot Redistribution Issues
Troubleshooting Redistribution
Troubleshoot Issues with Redistribution: Route Feedback
Implementing Path Control
Introduction
Need for Path Control
PBR Features and Benefits
Explain How to Configure PBR
Implement PBR
Bidirectional Forwarding Detection
BFD Operational Modes

Implementing IBGP

Introduction
BGP Fundamentals
BGP Neighbor Relationships
BGP Path Attributes
BGP Path Selection
BGP Transit AS Functionality
IBGP Path Processing
IBGP Split Horizon
IBGP Full Mesh
Configure IBGP and EBGP

Optimizing BGP

Introduction
Configure the Weight Attribute
Implement BGP Path Selection
Configure the MED Attribute
Configure BGP Route Filtering
Implement BGP Peer Groups
Configure BGP Advanced Features
IBGP Scalability Issues in a Transit AS
Route Reflector Split-Horizon Rules
Redundant Route Reflectors
Configure BGP Route Reflectors
BGP Authentication

Implementing MP-BGP

Introduction
MP-BGP Support for IPv6
IPv6 BGP Filtering Mechanisms
Configure MP-BGP for IPv4 and IPv6

Troubleshooting BGP

Introduction
Troubleshoot BGP Issues
Monitor BGP
Troubleshoot BGP Neighbor Relationships
Understand BGP Monitoring
Troubleshooting IBGP
Troubleshoot MP-BGP

Exploring MPLS

Introduction
Describe Traditional IP Routing
Describe MPLS Features and Benefits
Explain MPLS Terminology
Describe MPLS Architecture Components
Describe the Architecture of Ingress Edge LSRs
Describe the Architecture of Intermediate LSRs
Describe the Architecture of Egress Edge LSRs
Describe MPLS Labels
Describe FEC and MPLS Forwarding
Describe MPLS Label Format
Describe Label Distributing Protocols
Describe Using LDP to Forward Packets
Describe IGP and LDP Propagation

Introducing MPLS L3 VPN Architecture

Introduction
Describe MPLS L3 VPN Architecture
Describe PE Router Architecture
Describe VRF
Describe Methods of Propagating Routing Information Across the P-Network
Describe Route Distinguishers
Describe RD Operation in MPLS VPN
Describe Route Targets
Describe RT and RD Process Flow

Introducing MPLS L3 VPN Routing

Introduction
Describe MPLS L3 VPN Routing Requirements
Describe Support for Internet Routing
Describe Routing Tables on PE Routers
Describe the End-to-End Flow of Routing Updates
Describe End-to-End VPN Packet Forwarding Mechanisms
Describe VPN Penultimate Hop Popping
Describe the Propagation of VPN Labels Between PE Routers

Configuring VRF-Lite

Introduction
PE Router Routing Contexts
VPN-Aware Routing Protocols
VRF Table
VRF-Lite Functionality
Implement VRF-Lite
Migration from Old to New Style VRF CLI
Routing with VRF-Lite
Configure Routing with VRF-Lite

Implementing DMVPN

Introduction
Overview of Cisco IOS DMVPN
DMVPN Solution Components
Understanding GRE
NHRP
DMVPN Operations
DMVPN Authentication
DMVPN Hub Configuration
DMVPN Spoke Configuration
DMVPN Routing Configuration
Verify DMVPN
Implement Cisco IOS DMVPN

Implementing DHCP

Introduction
DHCP Overview
DHCP Relay
DHCP Manual Address Binding
Describe DHCP Options
IPv6 Stateless Address Autoconfiguration Overview
DHCPv6 Overview
DHCPv6 Operation
Stateless DHCPv6 Overview
DHCPv6 Relay Agent
Obtain IPv6 Addresses Dynamically
Troubleshoot DHCP
Troubleshoot IPv6 Address Assignment on Clients
Troubleshoot DHCPv4 and DHCPv6 Issues

Introducing IPv6 First Hop Security

Introduction
Describe IPv6 Snooping
Describe IPv6 ND Inspection
Describe IPv6 RA Guard
Describe DHCPv6 Guard
Describe IPv6 Source Guard
Describe IPv6 Destination Guard

Securing Cisco Routers

Introduction
Interpret an IPv4 ACL
Implement an IPv4 ACL for Filtering
Implement a Time-Based IPv4 ACL
Interpret an IPv6 ACL
Implement an IPv6 ACL for Filtering
Troubleshoot Access Lists
Troubleshoot IPv4 and IPv6 ACL Issues
Describe Control Plane Security
Describe Control Plane Policing
CoPP Implementation Steps
Describe uRPF
uRPF Configuration Example
Configure and Verify uRPF

Troubleshooting Infrastructure Security and Services

Introduction
Troubleshoot Network Management Protocol Issues: Lab 1
Troubleshoot Network Management Protocol Issues: Lab 2
AAA Overview
AAA Configuration Using Local Database
AAA Configuration Using a AAA Server
Troubleshoot AAA
SNMP
Troubleshoot SNMP
Syslog
Network Management Protocols
NetFlow
Cisco Flexible NetFlow

Troubleshooting with DNA Center Assurance

Introduction
Need for DNA Assurance
Cisco AI Network Analytics
DNA Assurance Health Scores
Using Path Trace for Troubleshooting
Troubleshooting using DNA Assurance: Use Cases

58 labs

Hands-on labs

Structured labs on real equipment, with 24/7 lab-on-cloud access through Skillopia - our own lab platform.

Hands-on labs

Configure EIGRP using Classic mode and Named mode

Enabling IPv4 EIGRP using classic mode on the router
Enabling IPv6 EIGRP using classic mode on the router
Configuring IPv4 and IPv6 EIGRP using named mode on the router
Configuring routers to send updates only through interfaces peering with neighbors
Adjusting the IPv4 EIGRP hello interval and hold-time on the link between routers

Verifying the EIGRP Topology table

Enabling debugging using the debug EIGRP packets command
Enabling EIGRP on interfaces
Verifying EIGRP packet traffic statistics and routes by using EIGRP monitoring command
Configuring other interfaces, to be a part of the EIGRP process
Verifying EIGRP topology table for redundant paths
Enabling Continuous ping and shutting the best path
Verifying traffic switchover on the redundant path

Configuring EIGRP Stub Routing, Summarization, and Default Routing

Enabling EIGRP Stub Routing on routers for IPv4 and IPv6
Configuring EIGRP IPv4 and IPv6 Summaries on routers
Announcing IPv4 and IPv6 Default Routes
Verifying traffic switchover on the redundant path

Configuring EIGRP Load Balancing and Authentication

Enabling IPv4 and IPv6 EIGRP Load Balancing on router
Enabling MD5 Authentication for EIGRP on neighbor routers
Enabling Time-based MD5 Authentication for EIGRP on neighbor routers
Enabling SHA-256 Authentication for EIGRP on neighbor routers

Troubleshooting EIGRP issues

Troubleshooting and resolving the connectivity issues
Verifying routes in topology table and routing table
Troubleshooting and resolving the summarization issues
Troubleshooting and resolving the neighborship issues

Configure OSPFv3 for IPv4

Configuring network using OSPFv3
Configuring OSPFv3 Neighbors and areas
Verification of OSPFv3 Interfaces, Neighbor, LSDB
Verification of Protocol and its details
Troubleshoot OSPFv3 Neighbor-ship Issues
Verifying OSPFv3 Operation
Verifying OSPFv3 DR and BDR Elections

Configure OSPFv3 for IPv6

Configuring IPv6 network using OSPFv3
Configuring OSPFv3 Neighbors and areas
Verification of OSPFv3 IPv6 Interfaces, Neighbor, LSDB
Verification of Protocol and its details
Troubleshoot OSPFv3 Neighbor-ship Issues
Verifying OSPFv3 Operation
Verifying OSPFv3 DR and BDR Elections

OSPF IPv4 route summarization on Area Border Router (ABR)

Analyzing OSPF routes in IPv4 routing table
Identifying the contiguous routes within area
Summarizing the contiguous set of IPv4 routes into single route on ABR router
Verifying summary route propagation on OSPF neighbor routers
Verifying null interface creation on OSPF ABR router

OSPF IPv6 route summarization on Area Border Router (ABR)

Analyzing OSPF routes in IPv6 routing table
Identifying the contiguous routes within area
Summarizing the contiguous set of IPv6 routes into single route on ABR router
Verifying summary route propagation on OSPF neighbor routers
Verifying null interface creation on OSPFv3 ABR router

OSPF IPv4 route redistribution on Autonomous System Boundary Router (ASBR)

Creating loopback interfaces to simulate IPv4 networks
Redistributing these loopback networks into OSPF domain as external routes
Verifying propagation of redistributed routes on OSPF neighbor routers
Analyzing the redistributed routes metric-type on OSPF neighbor routers
Changing metric-type of external routes to external-type 1 (E1)
Verifying the varying cost of E1 routes on all OSPF neighbor routers

OSPF IPv6 route redistribution on Autonomous System Boundary Router (ASBR)

Creating loopback interfaces to simulate IPv6 networks
Redistributing these loopback networks into OSPF domain as external routes
Verifying propagation of redistributed routes on OSPF neighbor routers
Analyzing the redistributed routes metric-type on OSPF neighbor routers
Changing metric-type of external routes to external-type 1 (E1)
Verifying the varying cost of E1 routes on all OSPF neighbor routers

OSPFv3 IPv4 Route Summarization on Autonomous System Boundary Router (ASBR)

Summarizing the redistributed IPv4 routes into single route on ASBR router
Verifying summary route propagation on OSPF neighbor routers
Verifying null interface creation on OSPF ASBR router

OSPFv3 IPv6 Route Summarization on Autonomous System Boundary Router (ASBR)

Summarizing the redistributed IPv6 routes into single route on ASBR router
Verifying summary route propagation on OSPF neighbor routers
Verifying null interface creation on OSPF ASBR router

OSPF IPv4 neighbor authentication

Verifying OSPF IPv4 neighborship status
Configuring simple password authentication between IPv4 OSPF neighbors
Verifying the type of OSPF authentication enabled on interface
Verifying OSPF IPv4 neighborship status
Configuring OSPF Message-Digest authentication between IPv4 neighbors
Verifying OSPF IPv4 neighborship status

OSPF IPv6 neighbor authentication

Verifying OSPF IPv6 neighborship status
Configuring IPsec authentication between IPv6 OSPF neighbors
Verifying the type of OSPF authentication enabled on interface
Verifying OSPF IPv6 neighborship status

Configuring IPv4 OSPF Stub Area

Verifying the receipt of OSPF external routes in IPv4 routing table
Configuring IPv4 OSPF stub area on all routers in that area
Verifying that the OSPF external routes have not propagated in stub area
Verifying propagation of default route on all OSPF area internal routers

Configuring IPv6 OSPF Stub Area

Verifying the receipt of OSPF external routes in IPv6 routing table
Configuring IPv6 OSPF stub area on all routers in that area
Verifying that the OSPF external routes have not propagated in stub area
Verifying propagation of default route on all OSPF area internal routers

Configuring IPv4 OSPF Totally Stub Area

Verifying the receipt of OSPF external routes in IPv4 routing table
Configuring IPv4 OSPF totally stub area on ABR and all area internal routers
Verifying that the OSPF external and OIA routes have not propagated in totally stub area
Verifying propagation of default route on all OSPF area internal routers

Configuring IPv6 OSPF Totally Stub Area

Verifying the receipt of OSPF external routes in IPv6 routing table
Configuring IPv6 OSPF totally stub area on ABR and all area internal routers
Verifying that the OSPF external and OIA routes have not propagated in totally stub area
Verifying propagation of default route on all OSPF area internal routers

Configuring IPv4 OSPF Not-So-Stubby Area (NSSA)

Configuring IPv4 OSPF stub on all routers in an area
Verifying that the OSPF external routes have not propagated in stub area
Creating loopback interfaces to simulate IPv4 network on a router of a stub area
Redistributing loopback interfaces into stub area
Analyzing that the OSPF external routes have not propagated in stub area
Configuring IPv4 OSPF Not-So-Stubby Area (NSSA) on all routers in an area
Redistributing loopback interface into Not-So-Stubby Area (NSSA)
Verifying propagation of external routes as N-type route in NSSA area
Verifying injection of external routes as E-type route in other areas from NSSA area
Verifying propagation of default route on all OSPF Not-So-Stubby Area internal routers

Configuring IPv6 OSPF Not-So-Stubby Area (NSSA)

Configuring IPv6 OSPF stub on all routers in an area
Verifying that the OSPF external routes have not propagated in stub area
Creating loopback interfaces to simulate IPv6 network on a router of a stub area
Redistributing loopback interfaces into stub area
Analyzing that the OSPF external routes have not propagated in stub area
Configuring IPv6 OSPF Not-So-Stubby Area (NSSA) on all routers in an area
Redistributing loopback interface into Not-So-Stubby Area (NSSA)
Verifying propagation of external routes as N-type route in NSSA area
Verifying injection of external routes as E-type route in other areas from NSSA area
Verifying propagation of default route on all OSPF Not-So-Stubby Area internal routers

Configuring IPv4 OSPF Virtual Link

Verifying IPv4 routes in OSPF topology with area not directly connected to the backbone
Configuring OSPF IPv4 virtual links over transit area
Analyzing virtual link functioning
Verifying propagation of routes via virtual link between areas not connected via backbone

Configuring IPv6 OSPF Virtual Link

Verifying IPv6 routes in OSPF topology with area not directly connected to the backbone
Configuring OSPF IPv6 virtual links over transit area
Analyzing virtual link functioning
Verifying propagation of routes via virtual link between areas not connected via backbone

Analyzing OSPF Convergence on BFD enabled networks

Verifying OSPF convergence time
Enable BFD to enhance OSPF convergence time
Analyzing convergence time after enabling BFD

Configure IPv4 BGP on Multi-AS topology

Configuring BGP for IPv4 address family on topology with multiple AS
Advertising connected loopback networks
Verifying and analyzing BGP neighborship and states
Verifying and analyzing BGP inter-AS route propagation
Verifying and analyzing BGP attributes and its propagation
Troubleshoot BGP Neighbor-ship Issues
Verifying BGP Operation

Configure IPv6 BGP on Multi-AS topology

Configuring BGP for IPv6 address family on topology with multiple AS
Advertising connected loopback networks
Verifying and analyzing BGP neighborship and states
Verifying and analyzing BGP inter-AS route propagation
Verifying and analyzing BGP attributes and its propagation
Troubleshoot BGP Neighbor-ship Issues
Verifying BGP Operation

IPv4 BGP AS-Path attribute manipulation

Creating loopback interfaces to simulate IPv4 networks
Advertising loopback network in BGP Multi-AS topology
Verifying propagation of routes and its AS-Path attribute on BGP neighbor routers
Manipulating AS-Path attribute and prepend routes with additional AS numbers
Analyzing changes in BGP path selection due to AS-Path attribute manipulation

IPv6 BGP AS-Path attribute manipulation

Creating loopback interfaces to simulate IPv6 networks
Advertising loopback network in BGP Multi-AS topology
Verifying propagation of routes and its AS-Path attribute on BGP neighbor routers
Manipulating AS-Path attribute and prepend routes with additional AS numbers
Analyzing changes in BGP path selection due to AS-Path attribute manipulation

IPv4 BGP Local-Preference attribute manipulation

Creating loopback interfaces to simulate IPv4 networks
Advertising loopback network in BGP Multi-AS topology
Verifying propagation of routes and their Local-Preference attribute in an autonomous
Manipulating Local-Preference attribute to over-ride best path selection using AS-Path
Analyzing changes in BGP path selection criteria due to Local-Preference manipulation
Analyzing the non-transitive nature of BGP Local-Preference attribute

IPv6 BGP Local-Preference attribute manipulation

Creating loopback interfaces to simulate IPv6 networks
Advertising loopback network in BGP Multi-AS topology
Verifying propagation of routes and their Local-Preference attribute in an autonomous
Manipulating Local-Preference attribute to over-ride best path selection using AS-Path
Analyzing changes in BGP path selection criteria due to Local-Preference manipulation
Analyzing the non-transitive nature of BGP Local-Preference attribute

IPv4 BGP Multi-exit Discriminator (MED) attribute manipulation

Creating loopback interfaces to simulate IPv4 networks
Advertising loopback network to neighbor router from AS over two different links
Verifying that BGP has received route from neighboring AS over two different links
Analyzing that the best path was selected on basis of lowest neighbor IP address
Manipulating attributes to over-ride best path selection using MED attribute
Analyzing changes in BGP path selection criteria due to MED attribute manipulation

IPv6 BGP Multi-exit Discriminator (MED) attribute manipulation

Creating loopback interfaces to simulate IPv6 networks
Advertising loopback network to neighbor router from AS over two different links
Verifying that BGP has received route from neighboring AS over two different links
Analyzing that the best path was selected on basis of lowest neighbor IP address
Manipulating attributes to over-ride best path selection using MED attribute
Analyzing changes in BGP path selection criteria due to MED attribute manipulation

Configuring IPv4 BGP Community string

Configure BGP community string for network being advertised to EBGP neighbor
Enable BGP send-community to propagate community string to BGP neighbor
Verifying that BGP router has received community string from neighbor router
Manipulating weight attribute for routes received from neighbor with community string
Analyzing that the weight is only set for IPv4 routes with community string set

Configuring IPv6 BGP Community string

Configure BGP community string for network being advertised to EBGP neighbor
Enable BGP send-community to propagate community string to BGP neighbor
Verifying that BGP router has received community string from neighbor router
Manipulating weight attribute for routes received from neighbor with community string
Analyzing that the weight is only set for IPv6 routes with community string set

Configuring IPv4 BGP Well-known Community

Configure BGP Local-AS community
Configure BGP no-advertise community
Configure BGP no-export community
Verifying BGP Well-Known community behavior

Configuring IPv6 BGP Well-known Community

Configure BGP Local-AS community
Configure BGP no-advertise community
Configure BGP no-export community
Verifying BGP Well-Known community behavior

Configuring IPv4 BGP Summarization

Analyzing BGP routes in IPv4 BGP table
Summarizing the contiguous set of IPv4 routes into single route and advertise
Analyzing attributes of summary and individual route were received from BGP neighbor
Use summary-only option while summarizing routes
Analyzing that only summary route is received from BGP neighbor
Set AS-Set option while summarizing routes
Analyzing attributes of summary route that was received from BGP neighbor

Configuring IPv6 BGP Summarization

Analyzing BGP routes in IPv6 BGP table
Summarizing the contiguous set of IPv6 routes into single route and advertise
Analyzing attributes of summary and individual route were received from BGP neighbor
Use summary-only option while summarizing routes
Analyzing that only summary route is received from BGP neighbor
Set AS-Set option while summarizing routes
Analyzing attributes of summary route that was received from BGP neighbor

Configuring IPv4 Prefix-list

Analyzing BGP routes in IPv4 BGP table
Summarizing the contiguous set of IPv4 routes into single route and advertise
Analyzing that both summary and individual routes were received from BGP neighbor
Use IPv4 Prefix-list to filter out routes based on mask to allow only summary route
Analyzing that only summary route is received from BGP neighbor

Configuring IPv6 Prefix-list

Analyzing BGP routes in IPv6 BGP table
Summarizing the contiguous set of IPv6 routes into single route and advertise
Analyzing that both summary and individual routes were received from BGP neighbor
Use IPv6 Prefix-list to filter out routes based on mask and allow only summary route
Analyzing that only summary route is received from BGP neighbor

Configuring IPv4 BGP route-reflector in an autonomous to solve BGP split-horizon issues

Analyzing BGP IPv4 routes propagation from IBGP neighbors to other IBGP neighbors
Verifying that IBGP IPv4 routes are not getting forwarded to other IBGP neighbors
Configure a router as route-reflector and its neighbors as route-reflector clients
Verifying IBGP IPv4 route propagation to other IBGP neighbors in your AS

Configuring IPv6 BGP route-reflector in an autonomous to solve BGP split-horizon issues

Analyzing BGP IPv6 routes propagation from IBGP neighbors to other IBGP neighbors
Verifying that IBGP IPv6 routes are not getting forwarded to other IBGP neighbors
Configure a router as route-reflector and its neighbors as route-reflector clients
Verifying IBGP IPv6 route propagation to other IBGP neighbors in your AS

Configuring IPv4 BGP Confederation in an autonomous to solve BGP split-horizon issues

Analyzing BGP IPv4 routes propagation from IBGP neighbors to other IBGP neighbors
Verifying that IBGP IPv4 routes are not getting forwarded to other IBGP neighbors
Configure multiple private Sub-ASs and make it confederation member of primary AS
Verifying IBGP IPv4 route propagation to other IBGP neighbors in your AS

Configuring IPv6 BGP Confederation in an autonomous to solve BGP split-horizon issues

Analyzing BGP IPv6 routes propagation from IBGP neighbors to other IBGP neighbors
Verifying that IBGP IPv6 routes are not getting forwarded to other IBGP neighbors
Configure multiple private Sub-ASs and make it confederation member of primary AS
Verifying IBGP IPv6 route propagation to other IBGP neighbors in your AS

Analyzing BGP Convergence on BFD enabled networks

Verifying BGP convergence time
Enable BFD to enhance BGP convergence time
Analyzing convergence time after enabling BFD

Configure MPLS in a Service Provider Network

Verifying the IPv4 routing table to check IGP route propagation within the SP Network
Configuring LDP Protocol to send updates using Loopback0 as Source address
Configuring MPLS on interfaces of all routers in a service provider network
Verifying the LFIB to check the labels exchanged with LDP neighbors
Verifying the details of LDP neighbors

Understanding MPLS TTL Propagation in a Service Providers Network

Verifying the IPv4 routing table to check IGP route propagation within the SP Network
Enabling MPLS LDP Protocol to send updates using Loopback0 as Source address
Configuring MPLS on interfaces of all routers in a service provider network
Creating L3 overlay network for connecting 2 customers sites
Analyzing hop details from output of trace command between two customer’s sites
Disabling IP TTL propagation on all Provider edge and provider router
Analyzing hop details from output of trace command after disabling IP TTL Propagation

Configure MPLS Layer 3 VPN using OSPF as PE-CE Protocol

Verifying the IPv4 routing table to check IGP route propagation within the SP Network
Enabling MPLS LDP Protocol to send updates using Loopback0 as Source address
Configuring MPLS on interfaces of all routers in a service provider network
Configuring BGP on all PE routers in SP Network
Configuring MPBGP and activating VPNv4 address family between PE neighbors
Configuring VRF, RD, RT and enable VRF forwarding on all customer facing interfaces
Configuring PE-CE Routing and using OSPF Protocol
Redistributing OSPF-BGP to exchange routes between VRF tables
Verifying routes exchange between all CE routers
Analyzing the route type of all routes received on CE router from MPLS Backbone

Configure Complex MPLS Layer 3 VPN using BGP as PE-CE Protocol

Verifying the IPv4 routing table to check IGP route propagation within the SP Network
Enabling MPLS LDP Protocol to send updates using Loopback0 as Source address
Configuring MPLS on interfaces of all routers in a service provider network
Configuring BGP on all PE routers in SP Network
Configuring MPBGP and activating VPNv4 address family between PE neighbors
Configuring VRF for overlapping VPNs
Configuring PE-CE Routing and using BGP Protocol
Enabling BGP as-override and allowas-in feature on PE-CE routers
Verifying routes exchange between all CE routers
Analyzing the AS-Path attribute of routes received on CE router from other CE routers

Configuring MPLS L2VPN (Port Mode)

Verifying the IPv4 routing table to check IGP route propagation within the SP Network
Configuring LDP and enabling MPLS on interfaces in the SP network
Configuring Pseudo wire Tunnel between PE1 and PE2 Routers
Connecting Pseudo wire Tunnel to attachment circuit and configuring IP address
Verifying the status of the emulated circuit and the pseudo wire tunnel
Verifying connectivity over the Pseudo wire tunnel. using ping command

Configuring the IEEE 802.1 Q-in-Q Tunnel

Configuring IEEE 802.1 Q-in-Q using encapsulation dot1q and L2 tunnel protocol CDP
Assigning a tunnel port to a VLAN ID that is dedicated to tunneling
Verifying tunnel and CDP neighbor status
Verifying connectivity over the Q-in-Q tunnel. using ping command

Configure MPLS Multi-VRF or VRF-Lite

Configuring MPLS on interfaces of all routers in a service provider network
Configuring VRF named MGMT and FINANCE with RD and RTs and associate links
Configuring sub-interfaces on link between PE and CE Router
Configuring sub-interfaces to VRFs and configuring DOT1Q Trunk on sub-interfaces
Configuring separate instance of OSPF for each VRF on PE and CE routers
Extending MPLS VRFs over sub-interfaces to CE router
Verifying routes learnt on CE router from each VRF

Configuring and verifying DHCP Operations with DHCP server configured on access switch

Configuring access switch as DHCP server with two IP address pools for separate VLANs
Configuring IP DHCP excluded address to exclude the gateway address from DHCP pool
Verifying IP DHCP server status and pool creation with excluded IP addresses
Configuring two VLANs on switch and assigning port membership to VLANs
Configuring and verifying Software Virtual Interface (SVI) with IP address for each VLAN
Enabling Debug to verify DHCP operations and DORA process
Configuring PCs connected to different VLANs to get IP address from DHCP server
Verifying if PCs have received IP address and default gateway address from desired pool

Configuring and verifying DHCP with DHCP server configured on distribution layer switch

Configuring distribution switch as DHCP server with two IP pools for separate VLANs
Configuring IP DHCP excluded address to exclude the gateway address from DHCP pool
Verifying IP DHCP server status and pool creation with excluded IP addresses
Configuring and verifying Software Virtual Interface (SVI) with IP address for each VLAN
Configuring and verifying Trunk between distribution layer and access layer switches
Configuring two VLANs on access switch and assigning port membership to VLANs
Enabling Debug to verify DHCP operations and DORA process
Configuring PCs connected to different VLANs to get IP address from DHCP server
Verifying if PCs have received IP address and default gateway address from desired pool

Configuring and verifying DHCP Operations with DHCP relay agent (Helper Address)

Configuring L3 switch as external DHCP server with two IP pools for separate VLANs
Configuring IP DHCP excluded address to exclude the gateway address from DHCP pool
Verifying IP DHCP server status and pool creation with excluded IP addresses
Configuring L3 link and routing between DHCP server and distribution layer L3 switch
Configuring and verifying SVI on distribution switch with helper-address (relay agent)
Verifying reachability of SVIs on distribution layer switch from DHCP server
Configuring and verifying trunk between distribution layer and access layer switches
Configuring two VLANs on switch and assigning port membership to VLANs
Enabling Debug to verify DHCP operations and DORA process
Configuring PCs connected to different VLANs to get IP address from DHCP server
Verifying if PCs have got IP address and default gateway address from desired pool

Configuring and verifying Network Time Protocol (NTP)

Analyzing the clocks on devices in the network topology
Configuring and verifying NTP server and use Loopback as the source for NTP messages
Configuring and verifying NTP client to synchronize clock from the NTP server
Verifying NTP associations and NTP status
Configuring the Central Europe Time (CET) time zone and enable daylight saving time
Verifying current time and observing that the time zone has changed

Implementing Routing Protocol Redistribution

Configuring Configure redistribution from OSPF to EIGRP
Configure redistribution from EIGRP to OSPF
Configuring two-way redistribution between OSPF and EIGRP
Configuring distribute lists to filter redistribution for IPv4 and IPv6
Configuring mutual redistribution between the OSPF and EIGRP domains
Applying route filtering using route maps and ACLs
Applying route filtering using route tags
Modifying the administrative distance to avoid suboptimal routing
Troubleshooting Redistribution Issues

Implementing Cisco DMVPN

Configuring HQ router as DMVPN hub
Configuring branch routers as DMVPN Phase 1 spokes
Configuring OSPF routing in DMVPN Phase 1
Verifying DMVPN Phase 1 hub and spoke operation
Configuring DMVPN spoke-to-spoke communication
Verifying DMVPN spoke-to-spoke communication
Enabling DMVPN Phase 3 functionality

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