Cisco Catalyst SDWAN
The Cisco Catalyst SDWAN course is designed to provide in-depth knowledge and hands-on experience in implementing and managing SD-WAN solutions using Cisco’s cutting-edge Catalyst platform. This course covers all aspects of SD-WAN, including its architecture, deployment, routing protocols, security, and policy configurations. Participants will learn to optimize network performance, ensure reliability, and simplify operations across distributed environments. Whether you are a network engineer or an IT professional, this course prepares you for real-world SD-WAN deployments and troubleshooting.
Course Objectives
By the end of this course, participants will be able to:- Understand the fundamentals and architecture of Cisco SD-WAN.
- Deploy and configure Cisco Catalyst SD-WAN controllers and devices (vManage, vBond, vSmart, vEdges, and cEdges).
- Configure and troubleshoot SD-WAN policies, including centralized and localized policies.
- Implement advanced SD-WAN features such as NAT, Direct Internet Access (DIA), and Application-Aware Routing (AAR).
- Ensure high availability and security in SD-WAN networks using redundancy, TLS/DTLS encryption, and firewall policies.
- Use tools like vManage to monitor, troubleshoot, and optimize SD-WAN performance.
- Apply Zero Touch Provisioning (ZTP) for seamless WAN edge deployment.
- Prepare for SD-WAN real-world deployments and Cisco certification exams.
Cisco Catalyst SDWAN Course Introduction
The Cisco Catalyst SDWAN course is designed to provide in-depth knowledge and hands-on experience in implementing and managing SD-WAN solutions using Cisco’s cutting-edge Catalyst platform. This course covers all aspects of SD-WAN, including its architecture, deployment, routing protocols, security, and policy configurations. Participants will learn to optimize network performance, ensure reliability, and simplify operations across distributed environments. Whether you are a network engineer or an IT professional, this course prepares you for real-world SD-WAN deployments and troubleshooting.Course Objectives
By the end of this course, participants will be able to:- Understand the fundamentals and architecture of Cisco SD-WAN.
- Deploy and configure Cisco Catalyst SD-WAN controllers and devices (vManage, vBond, vSmart, vEdges, and cEdges).
- Configure and troubleshoot SD-WAN policies, including centralized and localized policies.
- Implement advanced SD-WAN features such as NAT, Direct Internet Access (DIA), and Application-Aware Routing (AAR).
- Ensure high availability and security in SD-WAN networks using redundancy, TLS/DTLS encryption, and firewall policies.
- Use tools like vManage to monitor, troubleshoot, and optimize SD-WAN performance.
- Apply Zero Touch Provisioning (ZTP) for seamless WAN edge deployment.
- Prepare for SD-WAN real-world deployments and Cisco certification exams.
Pre-requisites
To successfully participate in this course, attendees should have:- A solid understanding of networking fundamentals, including TCP/IP, routing, and switching concepts.
- Basic knowledge of enterprise WAN and LAN technologies.
- Familiarity with networking protocols such as OSPF, BGP, and IPSec.
- Experience with Cisco devices and configuration through CLI and GUI.
Course Summary
Course Fee
৳ 15,000
Training Method
Offline/Online
Total Modules
30
Course Duration
60 Hours
Total Session
30
Class Duration
2 Hours
Details Course Outlines
Module-01
Introduction to SD-WAN
- Overview of SD-WAN
- Advantages of SD-WAN
- Challenges before SD-WAN
- SD-WAN Underlay and Overlay concepts
- Cost benefits of SD-WAN
- Comparison of SD-WAN with traditional WAN
Module-02
SD-WAN Architecture
- Overview of SD-WAN Controllers
- vManage, vBond, and vSmart functionalities
- WAN Edges: vEdges vs. cEdges
- TLS/DTLS and OMP roles
- Controller and WAN edge hosting options
- Transport options: MPLS, Internet, Cellular
Module-03
SD-WAN Planes
- Types of planes in SD-WAN
- Management Plane (vManage)
- Orchestrator Plane (vBond)
- Control Plane (vSmart)
- Data Plane (vEdge & cEdge)
- Interaction between planes
Module-04
Certificate Authentication Components
- Overview of Certificate Authentication (CA)
- CA Server and RootCert
- CSR and ID Certificates
- Trust establishment in SD-WAN
- Steps for certificate renewal
- Impact of certificate failures
Module-05
VPN Types in SD-WAN
- Management VPN (VPN 512)
- Transport VPN (VPN 0)
- Service VPN (VPN 1–511)
- Advanced VPN ranges (513–65535)
- VPN segmentation of traffic
- Benefits of VPNs in SD-WAN
Module-06
SD-WAN Terminology
- System-IP and Organization Name
- Site-ID and Virtual Chassis Number
- Serial and Token Numbers
- Templates: Feature and Device
- TLOC and vRoute concepts
- Policies: Centralized and Localized
Module-07
Initial SD-WAN Configuration
- SD-WAN lab setup overview
- Configuring vManage
- Transport connectivity setup
- Configuring vBond
- Initial configuration of vSmart
- WAN Edge device registration
Module-08
Certificate Installation and Registration
- RootCert installation in vManage
- Generating CSR in vManage
- ID-Cert installation in vManage
- Registering vBond in vManage
- Registering vSmart in vManage
- Troubleshooting certificate installation
Module-09
Templates in SD-WAN
- Purpose of SD-WAN templates
- Feature templates: Overview
- System Feature Template configuration
- Device templates: Overview
- Template hierarchy in SD-WAN
- Editing templates for deployment
Module-10
Feature Templates for Branch vEdge
- Configuring VPN 0 for transport
- Configuring VPN 1 for services
- Configuring VPN 512 for management
- External routing with OSPF
- Internal routing with OSPF
- Common troubleshooting in branch configurations
Module-11
Device Templates in SD-WAN
- Purpose of device templates
- Configuring device templates for branch vEdge
- Transport VPN template setup
- Service VPN template setup
- Applying templates to devices
- Troubleshooting device templates
Module-12
SD-WAN Routing and OMP
- Introduction to Overlay Management Protocol (OMP)
- Role of OMP in SD-WAN architecture
- Route advertisement and redistribution
- TLOC and its components
- ECMP traffic simulation
- Troubleshooting OMP issues
Module-13
HQ vEdge Configuration
- Configuring VPN 0 for HQ transport
- Configuring VPN 1 for HQ services
- Configuring VPN 512 for HQ management
- External routing with BGP
- Internal routing with OSPF
- Troubleshooting HQ configurations
Module-14
cEdge Device Templates
- Overview of cEdge devices
- Configuring cEdge device templates
- Adding VPNs to cEdge devices
- External routing on cEdge
- Internal routing on cEdge
- Deploying and verifying cEdge templates
Module-15
SD-WAN Policy Components
- Centralized vs. localized policies
- Traffic policies overview
- Application-aware routing (AAR)
- Topology policies: Overview
- TLOC preference policies
- Route filtering policies
Module-16
Centralized Policy Configuration
- Introduction to centralized policies
- Configuring traffic policies
- Protocol and port-based traffic rules
- Application-based traffic rules
- Creating topology policies
- Hub-and-spoke topology implementation
Module-17
NAT and Direct Internet Access (DIA)
- Introduction to NAT in SD-WAN
- Local breakout for internet access
- Configuring NAT for DIA
- Testing local breakout configurations
- Challenges in implementing NAT
- Security considerations for NAT
Module-18
Service VPN Management
- Adding multiple service VPNs
- Configuring VPN interfaces for services
- Routing between service VPNs
- Testing service VPN connectivity
- Route leakage between VPNs
- Troubleshooting service VPN issues
Module-19
High Availability in SD-WAN
- Importance of high availability (HA)
- Configuring redundant vSmart controllers
- HA setup for vBond orchestrators
- WAN Edge device redundancy
- Testing controller failover scenarios
- Troubleshooting HA setups
Module-20
Advanced Topology Configurations
- Overview of SD-WAN topologies
- Implementing hub-and-spoke topology
- Configuring TLOC preferences
- Testing hub-and-spoke configurations
- Verifying data flow in hub-and-spoke
- Troubleshooting topology-related issues
Module-21
Route Management in SD-WAN
- Basics of SD-WAN route management
- Aggregated route configuration
- Route preference and policy setup
- Route filtering with centralized policies
- Configuring ECMP routing
- Troubleshooting route misconfigurations
Module-22
Advanced Topology Scenarios
- Advanced hub-and-spoke implementation
- TLOC modification in hub-and-spoke
- Data traffic handling in complex topologies
- Configuring additional topologies for testing
- Verifying advanced topology configurations
- Troubleshooting data flow in complex setups
Module-23
NAT Advanced Configurations
- Understanding advanced NAT requirements
- Configuring NAT for multiple VPNs
- Setting up NAT rules for service VPNs
- Managing NAT for internet breakout
- Verifying and testing NAT traffic
- Troubleshooting NAT-related issues
Module-24
SD-WAN Security Implementation
- Introduction to SD-WAN security features
- Role of TLS/DTLS in secure communication
- Certificate management for SD-WAN devices
- Implementing security policies in SD-WAN
- Configuring firewalls and access controls
- Troubleshooting security issues in SD-WAN
Module-25
Zero Touch Provisioning (ZTP)
- What is Zero Touch Provisioning?
- ZTP process for WAN edge devices
- Prerequisites for ZTP implementation
- Automating device registration via ZTP
- Troubleshooting common ZTP failures
- Best practices for successful ZTP deployment
Module-26
Controller Scalability and Resilience
- Importance of controller scalability
- Configuring vManage clusters
- Adding redundant vBond orchestrators
- Scaling vSmart controllers for larger networks
- Verifying controller resilience during failover
- Troubleshooting scalability and resilience issues
Module-27
Application Performance Optimization
- Introduction to application-aware routing (AAR)
- Traffic prioritization based on application type
- Configuring bandwidth policies for applications
- Verifying AAR policies in action
- Troubleshooting application performance issues
- Best practices for optimizing application traffic
Module-28
Monitoring and Troubleshooting SD-WAN
- Tools for monitoring SD-WAN performance
- Logging and event management in vManage
- Verifying control and data connections
- Troubleshooting WAN edge devices
- Debugging OMP and TLOC connectivity issues
- Best practices for systematic troubleshooting
Module-29
Lab Exercises and Practical Case Studies
- Overview of lab objectives and setup
- Testing branch configurations in lab
- Simulating centralized policies
- Advanced hub-and-spoke configuration exercises
- Practical troubleshooting scenarios in lab
- Peer review and discussion on case studies
Module-30
Final Assessment and Course Wrap-Up
- Recap of key SD-WAN concepts and configurations
- Final hands-on lab assessments
- Advanced troubleshooting and resolution tasks
- Real-world case studies of SD-WAN implementation
- Certification exam preparation and guidance
- Course feedback and next steps in learning