Chapter 4 Configuring Sponsor Authentication

Configuring RADIUS Authentication

Figure 4-15 Delete LDAP Server entries

Step 3 Click the Delete LDAP button.

Step 4 Confirm deletion of the LDAP Server at the prompt.

If there are any errors, the LDAP Server is not changed and an error message displays at the top of the page. If successfully deleted, a success message displays at the top of the page and you can perform additional LDAP Server operations.

Configuring RADIUS Authentication

RADIUS Authentication authenticates sponsor users to the Guest Server using their existing RADIUS user accounts. This keeps sponsors from having to remember another set of user names and passwords just to authenticate to the Guest Server. It also enables the administrator to quickly roll out Guest Access because there is no need to create and manage additional sponsor accounts. RADIUS authentication allows you to do the following:

Add a RADIUS Server

Edit an Existing RADIUS Server

Delete an Existing RADIUS Server Entry

RADIUS authentication supports authentication against multiple RADIUS servers, you can

A RADIUS server entry consists of multiple items:

RADIUS Server Name—A text description to identify the LDAP Server.

Server IP Address—This is the IP Address of the RADIUS Server.

Port—The UDP port to contact the ldap server, commonly either 1645 or 1812.

Secret—The shared secret used to secure communications between the RADIUS server and the Cisco NAC Guest Server.

 

 

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Cisco Systems OL-15986-01 manual Configuring Radius Authentication, Delete Ldap Server entries

OL-15986-01 specifications

Cisco Systems OL-15986-01 refers to a specific online training course offered by Cisco, primarily focusing on the implementation and configuration of Cisco routers and switches. This course is part of the larger Cisco Networking Academy program, designed to equip individuals with the necessary skills to enter and succeed in the networking field.

One of the main features of OL-15986-01 is its comprehensive curriculum that covers a wide range of networking concepts including IP addressing, routing protocols, switching technologies, and network management. The coursework emphasizes practical, hands-on experience, allowing students to work with various Cisco technologies, whether through simulations or actual equipment. This aligns with Cisco's commitment to experiential learning, enabling students to apply theoretical knowledge in real-world scenarios.

The course also incorporates advanced technologies and methodologies. For example, it delves into IPv6 addressing and its significance in modern networking, alongside traditional IPv4. Routing protocols such as OSPF, EIGRP, and BGP are discussed in detail, providing learners with insights into how data is routed efficiently across different networks. Additionally, the course covers switching technologies, including VLANs, STP, and EtherChannel, which are essential for configuring robust and efficient local area networks (LANs).

Another noteworthy characteristic of OL-15986-01 is its focus on network security. Students learn about the vulnerabilities that networks face and how to implement security measures to protect network infrastructure. Topics include secure access methods, firewall configurations, and the use of VPNs for secure remote access.

Furthermore, the course emphasizes troubleshooting techniques, empowering students with the skills to identify and resolve network issues effectively. Practical lab sessions and assessments allow learners to demonstrate their comprehension of networking principles and their ability to apply them in various situations.

Ultimately, Cisco Systems OL-15986-01 is designed for individuals seeking to boost their networking knowledge and skillset, paving the way for careers in IT infrastructure management, network engineering, and other technology-related fields. By completing this course, participants gain a solid foundation in networking that can lead to valuable Cisco certifications, enhancing their professional credibility in a competitive job market.