• EIGRP Introduction
• EIGRP Component: PDM
• EIGRP Component: RTP
• EIGRP Component: NDR
• EIGRP Component: DUAL
• EIGRP Successor Introduction
• EIGRP Feasible Distance Introduction
• EIGRP Feasible Successor, Requirements and AD/RD Introduction
• EIGRP Input Event Introduction
• EIGRP Local Computation Introduction
• EIGRP Going Active Introduction
• EIGRP Additional Features Introduction
• EIGRP Tables Introduction
• EIGRP Neighborship Requirements Introduction
• EIGRP Modes Introduction
• EIGRP Metric and Formula Introduction
•  EIGRP Stub Router Introduction

• Named EIGRP: Initial Config
• Named EIGRP: Basic
• Named EIGRP: Passive-Interface
• Named EIGRP: Authentication
• Named EIGRP: Hello Timer Changing
• Named EIGRP: Hold Timer Changing
• Named EIGRP: Neighbour Table Verification
• Named EIGRP: Topology Table Verification
• Named EIGRP: Routing Table Verification
• Named EIGRP: Equal-Cost Load balancing
• Named EIGRP: Static Neighbour Ship
• Named EIGRP: Un-Equal-Cost Load balancing
• Named EIGRP: Offset-list
• Named EIGRP: Metrics Tuning
• Named EIGRP: Max-Path
• Named EIGRP: Max-Hop

• OSPF Introduction
• Difference Between Distance Vector and Link State Protocols
• OSPF Tables and Messages and Messages’ Contents Introduction
• OSPF States Introduction
• OSPF Area and Structure Introduction
• OSPF Priority Introduction
• OSPF DR and BDR
• OSPF DR and BDR Requirements
• OSPF Metric Introduction
• OSPF Network Types Introduction
• OSPF Hello Interval and Dead Interval in Different Networks
• OSPF Router Types Introduction
• OSPF LSA Types Introduction
• OSPF Area Types Introduction
• OSPF Virtual-Link Introduction
• OSPF Authentication and Summarization Types Introduction
• OSPF Route Types Introduction
• OSPF Seed Metric Introduction
• OSPF Neighbourship Requirements Introduction

• Policy Base Routing and SLA Introduction

• BGP Introduction
• BGP Messages Introduction
•  BGP Tables and States Introduction
• BGP Next Hop Self Introduction
• BGP Route Reflector Client Introduction
• BGP eBGP Multihop Introductio
• BGP Max-Path Introduction
• BGP Update Source Introduction
• BGP Redistribute Internal Introduction
• BGP Aggregation and Authentication Introduction

BGP Lab: Initial Configuration
BGP Lab: Basic
BGP Lab: Tables Verification
BGP Lab: Next-Hop-Self
BGP Lab: Route-Reflector-Client
BGP Lab: BGP-Multi-Hop
BGP Lab: Max-Path
BGP Lab: Authentication
BGP Lab: Aggregation/Summarization
BGP Lab: Path Selection via Weight
BGP Lab: Path Selection via Local Preference
BGP Lab: Path Selection via MED
BGP Lab: Update Source
BGP Lab: Redistribute Internal
BGP Lab: Route Filtering Via ACL
BGP Lab: Route Filtering Via Route Map
BGP Lab: Route Filtering Via Prefix-list

• 001. Basic Fundamental of VPN
• 002. Types of VPN Models
• 003. Classification of VPN
• 005. VPN Terminology in Overlay model -GRE
• 006. Introduction of GRE
• 007. Configuration of Single & Multiple GR Tunnels
• 008. Drawback of GRE
• 009. VPN Terminology in Peer-to-Peer model -MPLS VPN
• 012. Dynamic Multipoint VPN- PHASES
• 013. Feature of DMVPN Phase – 1
• 014. Feature of DMVPN Phase – 2
• 015. Feature of DMVPN Phase – 3
• 016. Technologies Required for DMVPN
• 017. Introduction of MGRE
• 018. Introduction of NHRP & its Messsages part 1
• 019. Introduction of NHRP & its Messsages part 2
• 020. Concept of NHRP network –id
• Theory of IPsec Protocol Suit
• Details of Packets (PHASE-1, PHASE-2)
• Difference between Main mode and aggressive mode
• Difference between Policy based VPN and Tunnel based VPN
• Securing GRE VPNs with IPSEC
• SECURING DMVPN WITH IPSEC (HUB AND SPOKE TOPOLOGY)

• NAT Introduction
• Static NAT Lab
• Port Address Translation (PAT) Lab

• Drawback of IPV4
• Introduction of IPV6
• IPV6 Formate
• IPV6 Host Bits — EUI-64
• IPV6 Addressing Rules
• IPv6 loopback address
• IPV6 Packet Types
• IPV6 Packet Types
• Types of IPv6 Address
• Multicast address for IPv6 address
• IPv6 Routing Protocols
• IPv4 to IPv6 migration techniques
• Use of IPv6 in Different Fields
• IPv6 address configuration on CISCO Router
• Configure and verify IPv6 static Route
• Configure and verify IPv6 Default Route
• Configure and verify IPv6 Float route
• Configure and verify IPv6 summary route
• Configure and verify IPv6 Balance route
• Configure and verify IPv6 RIPng
• Configure and verify IPv6 OSPFv3
• Configure and verify IPv6 EIGRPv6

• What is Dynamic Host Configuration Protoco (DHCP)
• What is DHCP Relay Agent
• Cisco Router As DHCP Server lab
• Cisco Router As DHCP Relay Agent lab
• Cisco Switch As DHCP Server lab
• Cisco Switch As DHCP Relay Agent lab
• NTP Introduction
• NTP Lab Without Authentication
• NTP Lab With Authentication

• Switching Introduction
• What is Layer 2 Switching
• Similarities and differences between Layer 3 Routing and Switching
• What is Layer 4 Switching
• How The Switches Learn MAC Address of End Devices
• Layer 2 Switch Tables
• Multilayer Switching (MLS) brief Introduction
• How To Configure Switch Ports as Access Ports or Trunk Ports
• How To Use Interface Range Command
• How To Use Macro Command
• How To Configure Description on Switch Interface
• How To Configure Switch Ports Speed
• How To Configure Switch Ports Duplex
• How To Configure Error Disable Command
• How To Enable and Disable Cisco Discovery Protocol (CDP)
• How To Enable and Disable Link Layer Discovery Protocol (LLDP)

• VLAN Introduction
• Static VLAN Introduction
• Dynamic VLAN
• Introduction
• VLAN Tagging Introduction
• ISL Introduction
• 802.1q Introduction
  Inter-Vlan Routing Lab Via Router on a Stick
• Inter-Vlan Routing Lab Via SVI
• VTP Introduction
• VTP Server Mode Introduction
• VTP Client Mode Introduction
• VTP Transparent Mode Introduction
• Default VTP Configuration Introduction
• VTP Working Introduction
• VTP Working Requirements and Versions Introduction
• VTP Messages Introduction
• VTP Prunning Introduction
• DTP Introduction
• Native VLAN Introduction
• VTP Lab

• STP Introduction
• STP Tasks Introduction
• STP BPDU and Types Introduction
• STP Cost Introduction
• STP Root Bridge Requirements Introduction
•  STP Root Bridge Election Process Introduction
• STP DP and RP Requirements and Election Introduction
• STP Timers Introduction
• STP Port States Introduction
• STP Topology Changes Introduction
• STP Portfast Introduction
• STP Uplinkfast Introduction
• STP Backbonefast Introduction
• RSTP Introduction
• Difference Between STP and RSTP Ports States
• RSTP Convergence Process Steps Introduction
•  RSTP Ports Types Introduction
• STP Protocols Types Introduction
• Introduction to RSTP and MSTP
• Rapid PVST+ Configuration Lab
• MST Configuration Lab
• STP Root Guard Introduction
• STP Root Guard Lab
• STP Loop Guard Introduction
• STP Loop Guard Lab
•  STP BPDU Guard Introduction
• STP BPDU Guard Lab
   STP BPDU Filter Introduction
   STP BPDU Filter Lab

• Ether Channel Load balancing
• Ether-Channel Load Balancing Techniques
• Layer 2 Ether-Channel Configuration Lab
• Layer 3 Ether-Channel Configuration Lab
• Multilayer Switching (MLS) Introduction
• First Generation MLS Introduction
• Second Generation MLS Introduction
• MLS Switch Tables
• What is Forwarding Information Base (FIB) and Its Components
• What is Packet Re-writer

• What is The Need of First Hop Redundency
• HSRP Introduction
• HSRP Lab
• VRRP Introduction
• VRRP Lab
• GLBP Introduction
• GLBP Lab Initial Configuration
• GLBP Lab
• Load balancing with HSRP Lab
• HSRP Authentication Lab
• Load balancing with VRRP Lab
• VRRP Authentication Lab
• GLBP Authentication Lab

• Layer 2 Security Rough DHCP Attack and DHCP Snooping Introduction
• Layer 2 Security Rough DHCP Attack and DHCP Snooping Lab
• Layer 2 Security IP Spoofing or IP Source Guard Introduction
• Layer 2 Security IP Spoofing or IP Source Guard Lab
• Layer 2 Security Man-in-Middle Attack
• Layer 2 Security Dynamic ARP Inspection
• Layer 2 Security Dynamic ARP Inspection

• Traditional WAN – Challenges
• SD-WAN Overview and definitions
• SD-WAN Benefits
• SD-WAN Key Concepts
• SD-WAN Main Components
• Describe Cisco SD-WAN Architecture and Components
• Orchestration plane (v Bond, NAT)
• Management plane (v Manage)
• Control plane (v Smart, OMP)
• Data plane (v Edge)
• TLOC
• IPsec
• v Route
• BFD
• Describe WAN Edge platform types, capabilities (vEdges, cEdges)

Lab 01 – Interconnecting the SD-WAN components
Lab 02 – Installing the enterprise root CA server
Lab 03 – Performing initial configurations on vManage via CLI
Lab 04 – Exploring vManage GUI mode
Lab 05 – Performing initial configurations on vBond via CLI
Lab 06 – Registering and installing certificate for vBond in vManage
Lab 07 – Performing initial configurations on vSmart via CLI
Lab 08 – Registering and installing certificate for vSmart in vManage
Lab 09 – Performing initial configurations on vEdge via CLI
Lab 10 – Registering vEdges devices in vManage
Lab 11 – Performing initial configurations on cEdge via CLI
Lab 12 – Registering cEdges devices in vManage
Lab 13 – Configuring System template
Lab 14 – Configuring Banner template
Lab 15 – Configuring VPN 0 and VPN 512 templates
Lab 16 – Configuring VPN 0 interface and VPN 512 interface templates
Lab 17 – Configuring AAA, BFD and OMP templates
Lab 18 – Configuring device template from various feature templates
Lab 19 – Adding service-side VPNs in sites using CLI and template
Lab 20 – Configuring static routing using CLI

• Infrastructure Automation and Programmability
• Automation and scripting
•  Python based script to configure router interface
• Script based implementation of EIGRP
• Script based implementation of OSPF
• Script based implementation of BGP
• Virtualization introduction
• Bare metal and Hosted virtualization
• Practication implementation of Virtualization
• Microsoft HYPER-V IMPLEMENTATIO