Cisco SDA & ISE Integration Course Overview

Cisco SDA & ISE Integration Course Overview

The Cisco SDA & ISE Integration course offers a comprehensive understanding of integrating Cisco's Identity Services Engine (ISE) with Software-Defined Access (SD-Access). It provides learners with the knowledge to deploy, manage, and troubleshoot a secure network using Cisco ISE as a policy engine within an SD-Access environment. Through the course modules, participants will explore Cisco ISE fundamentals, Deployment models, Identity management, and Policy configuration. They will also delve into SD-Access architecture, components, workflow, and Campus fabric setup, including WLAN integration strategies.

By mastering Cisco ISE integration with SD-Access, learners can ensure robust security and streamlined Network access control, enabling dynamic, Automated access policies and Segmentation. This course will equip network professionals with the skills to implement advanced security measures, enhance network efficiency, and facilitate the transition to a software-defined networking paradigm.

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Course Prerequisites

Certainly! Below are the minimum required prerequisites for students interested in undertaking the Cisco SDA & ISE Integration course:


  • Basic understanding of networking protocols, specifically the OSI and TCP/IP models.
  • Familiarity with Cisco's Internetwork Operating System (IOS) and Cisco IOS XE.
  • Knowledge of network fundamentals, including IP addressing and subnets, VLANs, and other Layer 2 technologies.
  • Experience with network access control and security concepts such as AAA (Authentication, Authorization, and Accounting).
  • Understanding of the basic concepts of wireless networking.
  • Prior exposure to Cisco networking equipment and solutions is beneficial.
  • Ability to navigate and configure network devices via Command-Line Interface (CLI).
  • It is advantageous if the student has experience with Cisco Identity Services Engine (ISE) and understands the role of an access policy engine in network security.
  • Familiarity with the principles of network security and segmentation, including concepts such as firewalls and access lists.

These prerequisites are designed to ensure that students have a sufficient foundation to grasp the complex topics covered in the Cisco SDA & ISE Integration course. While some of the concepts may be reviewed during the training, students will benefit most if they come prepared with this baseline knowledge.


Target Audience for Cisco SDA & ISE Integration

The Cisco SDA & ISE Integration course provides in-depth training on network security and policy management for IT professionals.


  • Network Engineers


  • Security Architects


  • Systems Engineers


  • Network Designers


  • Technical Solutions Architects


  • Network Administrators


  • Security Consultants


  • IT Managers involved in network security


  • Infrastructure Architects


  • Cisco integrators and partners


  • Professionals seeking Cisco certifications


  • Network Analysts


  • Wireless Design Engineers


  • Data Center Architects


  • Compliance Officers involved in network access control


  • IT professionals seeking to specialize in network security solutions


  • Network Support Technicians with a focus on security


  • Security Operations Specialists


  • Network and Security Implementation Personnel




Learning Objectives - What you will Learn in this Cisco SDA & ISE Integration?

Introduction to Course Learning Outcomes

This course provides comprehensive training on Cisco SDA & ISE integration, focusing on policy enforcement, identity management, network access, and SD-Access fabric architecture for secure, automated connectivity.

Learning Objectives and Outcomes

  • Understand the role and functionalities of Cisco ISE as a Network Access Policy Engine within SD-Access.
  • Gain knowledge of Cisco ISE deployment models and best practices for secure network access.
  • Learn the fundamentals of 802.1x and MAB for wired and wireless access control.
  • Grasp identity management concepts and configure Cisco ISE for certificate services.
  • Develop the skills to create and manage Cisco ISE policies and policy sets effectively.
  • Understand Cisco TrustSec features, including the use of Security Group Tags (SGTs) for network segmentation.
  • Familiarize yourself with the architecture and key components of Cisco's Software-Defined Access (SD-Access).
  • Explore the workflow of Cisco DNA Center and learn how to integrate it with network settings and analytics.
  • Acquire the ability to design and implement an SD-Access enabled campus fabric using LISP and VXLAN protocols.
  • Learn how to integrate WLAN services in an SD-Access Fabric and understand the associated architecture components.

Technical Topic Explanation

Deployment models

Deployment models refer to the configurations and environments chosen for deploying software applications. The main types include on-premises, where software is installed locally on company hardware; cloud-based, involving software hosted on a provider's platform offering scalability and accessibility; hybrid, which combines on-premises and cloud aspects for flexibility and control; and multi-cloud, utilizing multiple cloud services to enhance redundancy and avoid vendor lock-in. Each model has differing implications for security, cost, and management, allowing businesses to choose the best fit for their specific needs and objectives.

Identity management

Identity management refers to the processes and technologies used by organizations to verify the identity of individuals and control their access to different systems, networks, and data. Essentially, it ensures that the right individuals have access to the proper resources at the right times and for the right reasons. This is crucial for maintaining data security, supporting IT compliance, and improving user productivity and experience. Identity management systems can be integrated with various security solutions, including Cisco ISE (Identity Services Engine), to enhance network visibility and control.

Policy configuration

Policy configuration involves setting specific rules and guidelines within systems or networks to control and manage user behaviors and interactions. This organizational task ensures that all operations align with a company’s standards and regulatory requirements. A properly configured policy helps in maintaining security, improving efficiency, and managing access to resources. By defining what users can or cannot do, it protects sensitive data and optimizes the performance and functionality of digital environments. This is crucial in IT infrastructures like Cisco ISE integration, where policy configuration governs network access, enhancing security and compliance across network devices.

Campus fabric setup

Campus fabric setup refers to a network architecture that allows organizations to connect different devices and services smoothly across a campus-like environment. This setup uses advanced technologies to create an intelligent, adaptive network that can support dynamic routing, integrated security, and automated management options. The goal is to provide high availability, superior network performance, and scalable management of IT resources. Cisco ISE integration plays a key role in this setup by enhancing security through better access control and visibility across the network, ensuring that only authorized users and devices can access network resources.

WLAN integration strategies

WLAN integration strategies involve connecting and configuring wireless local area network services within a company's existing network infrastructure. This process includes the setup of access points to ensure coverage and connectivity, implementation of security protocols to protect data, and configuring network management tools to monitor and control the wireless network. Strategies must consider user density, bandwidth requirements, and network reliability. Effective WLAN integration enhances mobility and access for users while maintaining strong security and seamless connectivity across various devices within the organization. This approach is critical for businesses aiming to provide a robust and efficient wireless network environment.

Network access control

Network access control (NAC) is a security solution that helps organizations enforce their network security policies. It restricts the devices and users that can access network resources based on identity and compliance status. NAC systems can integrate with other security solutions like Cisco ISE (Identity Services Engine) to provide enhanced security by identifying and mitigating threats, providing comprehensive visibility into who and what is accessing the network. This integration supports a more automated and responsive security posture, ensuring that only compliant and authorized devices can access network resources.

Automated access policies

Automated access policies are rules set up in a network to automatically manage who can access what data and when. They help in enforcing security by ensuring only authorized users can access certain resources based on their identity or group memberships. Such policies can be seamlessly integrated with network systems like Cisco ISE, enhancing their ability to control, monitor, and make decisions about network access across an organization. This integration streamlines security protocols and aids in consistent enforcement across all connected devices and users.

Segmentation

Segmentation in technology refers to the process of dividing a network or data set into smaller, manageable parts. This can enhance security, performance, and management. In networking, segmentation often involves creating subnetworks or virtual networks, which enable better control and isolation of data traffic, reducing the risk of data breaches. It also helps in precise targeting of resources and services, improving both efficiency and scalability. Effective segmentation simplifies network management and troubleshooting, making it an essential strategy in modern IT environments.

Target Audience for Cisco SDA & ISE Integration

The Cisco SDA & ISE Integration course provides in-depth training on network security and policy management for IT professionals.


  • Network Engineers


  • Security Architects


  • Systems Engineers


  • Network Designers


  • Technical Solutions Architects


  • Network Administrators


  • Security Consultants


  • IT Managers involved in network security


  • Infrastructure Architects


  • Cisco integrators and partners


  • Professionals seeking Cisco certifications


  • Network Analysts


  • Wireless Design Engineers


  • Data Center Architects


  • Compliance Officers involved in network access control


  • IT professionals seeking to specialize in network security solutions


  • Network Support Technicians with a focus on security


  • Security Operations Specialists


  • Network and Security Implementation Personnel




Learning Objectives - What you will Learn in this Cisco SDA & ISE Integration?

Introduction to Course Learning Outcomes

This course provides comprehensive training on Cisco SDA & ISE integration, focusing on policy enforcement, identity management, network access, and SD-Access fabric architecture for secure, automated connectivity.

Learning Objectives and Outcomes

  • Understand the role and functionalities of Cisco ISE as a Network Access Policy Engine within SD-Access.
  • Gain knowledge of Cisco ISE deployment models and best practices for secure network access.
  • Learn the fundamentals of 802.1x and MAB for wired and wireless access control.
  • Grasp identity management concepts and configure Cisco ISE for certificate services.
  • Develop the skills to create and manage Cisco ISE policies and policy sets effectively.
  • Understand Cisco TrustSec features, including the use of Security Group Tags (SGTs) for network segmentation.
  • Familiarize yourself with the architecture and key components of Cisco's Software-Defined Access (SD-Access).
  • Explore the workflow of Cisco DNA Center and learn how to integrate it with network settings and analytics.
  • Acquire the ability to design and implement an SD-Access enabled campus fabric using LISP and VXLAN protocols.
  • Learn how to integrate WLAN services in an SD-Access Fabric and understand the associated architecture components.