Learn How To

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Lesson Descriptions

Module 1 

"ISE fundamentals," introduces the ISE key concepts you will need to know before moving on to other topics. 

In this course, we will cover the requirements for the SISE exam as well as recommendations and best practices we have learned from deploying ISE for various customers. 

By the end of this module, you should have a general understanding of Cisco ISE core concepts as well as know how to develop a plan to deploy each phase of an ISE engagement.

Module 2

"Policies," moves into the specifics of how the solution works. This module reviews how to build ISE policies, which includes managing identities of users and devices. 

Policies are the essential backbone of an ISE deployment, so having a good understanding of the different types of policies and components is essential to a successful implementation.

Module 3

"Device Identification and Onboarding," will look at three important deployment concepts that are usually encountered during an ISE deployment. 

First, guest access is covered, and then onto profiling, which is how to fingerprint devices. The module rounds out with BYOD.

Module 4 

"Compliance and Network Device Control," dives into endpoint compliance, and adding and managing network access devices. 

Another term for endpoint compliance is posture, which tends to be part of the later phases of an ISE deployment. 

ISE uses NADs or network devices to enforce policies, so it is important to understand how to add and manage NADs to successfully deploy a ISE solution.

Learn How To

• Understand how the subnet ID and subnet mask together represent a subnet.
• Identify and describe IPv4 addressing and subnetting processes that can be used to reveal facts about a TCP/IP subnet. 
• Understand the concepts, and perform the math to find a subnet ID and subnet broadcast address, and find the range of IP addresses in the subnet, beginning with an IP address and mask.
• Understand the meaning and purpose of subnet masks, and perform the math to manipulate masks into different formats.
• Describe the details of the IPv4 address space and address classes, and predict facts about a class A, B, or C network.
• Understand the differences between the choices enterprises make when using entire public IP networks, entire private IP networks, and/or smaller public CIDR blocks in their enterprise networks.
• Analyze and describe a corporate subnetting plan, using correct terms and math processes about the number of subnets in the design, the number of host addresses in each subnet, and the possible subnet IDs per the design.
• Describe how a subnet mask controls the specifics of a subnetting design.
• Analyze the mask used in a design to determine the number of subnets created and the number of hosts per subnet.
• Develop a personalized plan for the degree to which you plan to learn each subnetting math process for everyday use and for any upcoming exams.
• Describe what it means to use Variable Length Subnet Masks (VLSM) and how using VLSM impacts various subnetting processes.