Cisco SD-WAN Operation and Deployment (SDWFND) v2.0 Course Overview

Cisco SD-WAN Operation and Deployment (SDWFND) v2.0 Course Overview

The Cisco SD-WAN Operation and Deployment (SDWFND) v2.0 course is designed to provide an in-depth understanding of Cisco's Software-Defined Wide Area Network (SD-WAN) solution and its components. This course covers the architecture, features, and benefits of the SD-WAN solution and explains how to deploy, manage, and maintain a secure extensible network.

Learners will gain knowledge through a series of lessons, starting with an SD-WAN Solution Overview and delving into the details of SD-WAN Components and their management. The course progresses to explore Cisco SD-WAN Network Deployment, including Secure control and data plane operations, Cloud deployments, and Redundancy strategies.

Through the SD-WAN Template Deployment module, students will learn about creating and managing templates for scalable deployments. The SD-WAN Overlay Routing and SD-WAN Policies and QoS modules will teach students about overlay routing mechanisms, policy framework, construction, and Quality of Service configurations.

The practical application of knowledge is reinforced with a lab module that allows students to Manage and Monitor Cisco SD-WAN Components, Deploy and Verify Cisco SD-WAN Edge Routers, Deploy Cisco SD-WAN Edge Configuration, Implement Cisco SD-WAN Overlay Routing, and Deploy Cisco SD-WAN Policies.

By completing this course, learners will be equipped with the skills necessary to successfully deploy and manage Cisco SD-WAN in a variety of network environments, ensuring efficient and secure connectivity across corporate networks.

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Course Prerequisites

To ensure that participants are prepared to successfully undertake training in the Cisco SD-WAN Operation and Deployment (SDWFND) v2.0 course, the following prerequisites are recommended:


  • Basic understanding of networking protocols and routing (such as TCP/IP, RIP, OSPF, and BGP)
  • Familiarity with Wide Area Network (WAN) operations
  • Knowledge of enterprise WAN design and connectivity options
  • Experience with Cisco routers and switches
  • Understanding of network security principles
  • Familiarity with software-defined networking concepts

These prerequisites are intended to provide a solid foundation for learners to grasp the course content effectively. Individuals with this background knowledge are more likely to successfully complete the course and fully benefit from the training provided.


Target Audience for Cisco SD-WAN Operation and Deployment (SDWFND) v2.0

The Cisco SD-WAN Operation and Deployment (SDWFND) v2.0 course is designed for professionals who want to understand and implement Cisco's SD-WAN solutions.


  • Network Engineers
  • Systems Engineers
  • Support Technicians
  • Network Operations Specialists
  • Network Administrators
  • Solution Architects
  • Network Designers
  • IT Managers with a focus on network infrastructure
  • Technical Support Personnel involved with SD-WAN operations and deployment
  • Network Consultants
  • Professionals preparing for Cisco certification exams related to SD-WAN


Learning Objectives - What you will Learn in this Cisco SD-WAN Operation and Deployment (SDWFND) v2.0?

Introduction to Learning Outcomes and Concepts Covered:

The Cisco SD-WAN Operation and Deployment (SDWFND) v2.0 course provides comprehensive training on designing, deploying, configuring, and managing a secure SD-WAN solution for scalable network operations.

Learning Objectives and Outcomes:

  • Understand the overarching architecture and components of the Cisco SD-WAN solution.
  • Gain proficiency in managing SD-WAN components and understanding their roles within the network.
  • Learn to deploy and secure the control and data planes of an SD-WAN network, ensuring robust and reliable operations.
  • Develop skills to create and manage templates for efficient device provisioning and configuration.
  • Master the concepts of overlay routing, including OMP route advertisements and network segmentation.
  • Grasp the policy framework of Cisco SD-WAN, including vSmart policy operation and construction.
  • Acquire knowledge on implementing Quality of Service (QoS) and forwarding policies to optimize network traffic.
  • Familiarize with cloud deployments, redundancies, and how SD-WAN can complement cloud services.
  • Hands-on experience through labs to manage, monitor, and deploy Cisco SD-WAN components and edge routers.
  • Implement smart policies and understand their impact on network behavior and performance.

Technical Topic Explanation

Cisco's Software-Defined Wide Area Network (SD-WAN) solution

Cisco’s Software-Defined Wide Area Network (SD-WAN) solution revolutionizes the management and operation of network traffic across large distances. This technology allows businesses to route traffic across their network in a flexible and efficient manner, enhancing performance and reducing operational costs. SD-WAN provides centralized control, which simplifies the deployment and management of network resources, ensuring reliable connectivity and security across multiple locations. This solution is particularly beneficial for companies with offices spread out geographically, as it optimizes data flow between sites and to the cloud, improving overall network efficiency.

SD-WAN Components

SD-WAN, or Software-Defined Wide Area Network, is a technology that helps businesses manage wide area networks more efficiently. Key components include edge devices installed in different locations, a central orchestrator for managing these devices, and gateways that provide connectivity to other networks and services. Collectively, they enhance network performance, security, and flexibility by intelligently routing traffic across the most effective paths. Organizations can streamline operations and deploy SD-WAN solutions rapidly, often with the assistance of platforms like Cisco, to optimize their network usage and reduce costs while improving connection reliability across their various branches.

Cisco SD-WAN Network Deployment

Cisco SD-WAN (Software-Defined Wide Area Network) deployment involves setting up a network architecture that allows organizations to control their entire network through a single software interface. This technology simplifies the management of multiple network connections and devices, enhances security, and improves network performance. The operation of Cisco SD-WAN involves configuring, monitoring, and maintaining the network to ensure smooth traffic flow across various branches and data centers. This solution is particularly beneficial for businesses looking to optimize their network efficiency and reduce operational costs.

Secure control and data plane operations

Secure control and data plane operations involve protecting the management and traffic handling functions of a network. The control plane determines how data should flow between devices through routing and signaling protocols, making sure data paths are efficient and reliable. The data plane, on the other hand, physically transfers data based on the control plane’s decisions. Ensuring both these planes are secure prevents unauthorized access and threats, maintaining robust network performance and reliability. This is crucial in complex networks like those managed by Cisco SD-WAN, where secure operations support efficient and safe network deployment and functionality.

Cloud deployments

Cloud deployments involve hosting and managing software, data, and services in remote data centers rather than on local servers or personal devices. This method offers flexibility in accessing resources, scalability to adjust resources based on demand, and potential cost savings since it typically uses a pay-as-you-go model. It benefits from increased collaboration and disaster recovery capabilities. Cloud deployments are broadly categorized into three models: public, private, and hybrid, each offering different levels of security and management tailored to specific business needs and compliance requirements.

Redundancy strategies

Redundancy strategies in technology ensure continuous system operations by duplicating critical components or functions. By creating multiple pathways, backups, or replicas of key systems, redundancy mitigates risks associated with single points of failure. This strategy is essential not only in maintaining an uninterrupted user experience but also in safeguarding data integrity and availability. In deployment, particularly in fields like networking, implementing redundancy can involve various configurations such as adding duplicate hardware, software solutions, or even entire network paths to enhance resilience and ensure service continuity.

SD-WAN Template Deployment

SD-WAN template deployment is a method used to streamline the setup and management of wide area networks by applying predefined configurations across devices and sites. This approach significantly reduces the complexity and time needed for network deployments. By using templates, businesses ensure consistency in settings and policies, which improves overall network performance and security. Cisco SD-WAN solutions are often used in this context, offering tools that simplify operations and enhance the efficiency of deploying and managing large-scale networks. This method is particularly valuable for organizations looking to scale their operations quickly and with minimal manual intervention.

SD-WAN Overlay Routing

SD-WAN overlay routing is a sophisticated networking strategy where a layer of software intelligence is added over your existing network infrastructure. It allows for smarter, more efficient path selection across the entire network, utilizing various transport services like broadband or LTE. This method simplifies network management, enhances application performance, and increases reliability. SD-WAN overlay routing uses virtual connections, making it easier to manage and deploy changes without disrupting underlying network hardware, which is especially beneficial in diverse and changing network environments like in Cisco SD-WAN operations and deployments.

SD-WAN Policies and QoS

SD-WAN Policies are rules set up in a software-defined network to prioritize and route data traffic to ensure efficient network use. These policies help increase performance by directing traffic based on business needs, which is crucial for companies using cloud services and applications. Quality of Service (QoS) is a feature within SD-WAN that manages and improves network traffic by prioritizing certain types of data, such as video or voice. This way, important data gets fast, reliable bandwidth. SD-WAN with QoS is essential for businesses to maintain high-performance levels across their networked sites.

SD-WAN Components

Cisco SD-WAN is a technology that helps businesses manage wide area networks more efficiently, improving overall network performance and reliability. With Cisco SD-WAN components, professionals can centrally manage their network traffic, ensuring optimal routing and simplified operations. Monitoring these components is crucial for identifying and solving network issues quickly, ensuring consistent uptime and tailored deployments. By effectively managing and monitoring Cisco SD-WAN, organizations can ensure network efficiency and successful deployment, aligning with business requirements and operational needs.

Deploy and Verify Cisco SD-WAN Edge Routers

Deploying and verifying Cisco SD-WAN Edge Routers is essential for setting up efficient, software-defined wide area networks (SD-WAN). This involves installing the routers at various network locations and configuring them to securely manage traffic between corporate sites via the internet. Once deployed, these routers are verified to ensure they operate correctly and meet security and performance requirements. This is crucial for businesses to achieve optimized network operations, reduce costs, and improve bandwidth usage. The process supports Cisco SD-WAN operation and deployment by enabling enterprises to transition smoothly to a more modern and flexible network structure.

SD-WAN Overlay Routing

Cisco SD-WAN Overlay Routing is a technology that simplifies the management and operation of wide area networks by creating an intelligent, software-controlled overlay on top of existing network links. It allows different parts of a network to communicate efficiently without the need for manual configuration, which enhances the deployment of applications and services across multiple locations. This approach helps in optimizing traffic and improving network reliability and performance, crucial for enterprises with expansive network infrastructures looking to boost their connectivity and security.

Deploy Cisco SD-WAN Edge Configuration

Deploying Cisco SD-WAN Edge Configuration involves setting up and integrating Cisco's SD-WAN technology at network edges. This process optimizes network operations and enhances connection management between corporate data centers and remote branches. Using Cisco SD-WAN, IT professionals can easily route traffic, prioritize business-critical applications, and ensure security across the network. The deployment typically involves planning, hardware installation, software configuration, and continuous monitoring for smooth operation. Proper deployment is crucial for achieving efficient network performance and reliability, thus establishing robust Cisco SD-WAN operation and deployment capabilities in business environments.

Deploy Cisco SD-WAN Policies

Deploying Cisco SD-WAN policies involves setting up rules that dictate how network traffic is managed across a software-defined wide area network (SD-WAN). This operation transitions network management from hardware-centric to software-driven, making it easier to configure, manage, and optimize network connections dynamically. Effective deployment requires understanding the network's requirements and designing policies that prioritize critical applications, enhance security, and improve performance. The Cisco SD-WAN solution simplifies these tasks, supporting efficient traffic routing, threat protection, and cloud integration, essential for modern, resilient digital operations.

Target Audience for Cisco SD-WAN Operation and Deployment (SDWFND) v2.0

The Cisco SD-WAN Operation and Deployment (SDWFND) v2.0 course is designed for professionals who want to understand and implement Cisco's SD-WAN solutions.


  • Network Engineers
  • Systems Engineers
  • Support Technicians
  • Network Operations Specialists
  • Network Administrators
  • Solution Architects
  • Network Designers
  • IT Managers with a focus on network infrastructure
  • Technical Support Personnel involved with SD-WAN operations and deployment
  • Network Consultants
  • Professionals preparing for Cisco certification exams related to SD-WAN


Learning Objectives - What you will Learn in this Cisco SD-WAN Operation and Deployment (SDWFND) v2.0?

Introduction to Learning Outcomes and Concepts Covered:

The Cisco SD-WAN Operation and Deployment (SDWFND) v2.0 course provides comprehensive training on designing, deploying, configuring, and managing a secure SD-WAN solution for scalable network operations.

Learning Objectives and Outcomes:

  • Understand the overarching architecture and components of the Cisco SD-WAN solution.
  • Gain proficiency in managing SD-WAN components and understanding their roles within the network.
  • Learn to deploy and secure the control and data planes of an SD-WAN network, ensuring robust and reliable operations.
  • Develop skills to create and manage templates for efficient device provisioning and configuration.
  • Master the concepts of overlay routing, including OMP route advertisements and network segmentation.
  • Grasp the policy framework of Cisco SD-WAN, including vSmart policy operation and construction.
  • Acquire knowledge on implementing Quality of Service (QoS) and forwarding policies to optimize network traffic.
  • Familiarize with cloud deployments, redundancies, and how SD-WAN can complement cloud services.
  • Hands-on experience through labs to manage, monitor, and deploy Cisco SD-WAN components and edge routers.
  • Implement smart policies and understand their impact on network behavior and performance.