This chapter include objectives: Configure EIGRP automatic summarization, configure EIGRP manual summarization, configure a router to propagate a default route in an EIGRP network, modify EIGRP interface settings to improve network performance, configure EIGRP authentication to ensure secure routing updates, explain the process and tools used to troubleshoot an EIGRP network.
Configure a router to propagate a default route in an EIGRP network, modify EIGRP interface settings to improve network performance, configure EIGRP authentication to ensure secure routing updates, explain the process and tools used to troubleshoot an EIGRP network, troubleshoot neighbor adjacency issues in an EIGRP network, troubleshoot missing route entries in an EIGRP routing table.
Security of corporate networks has become big business. Many companies are willing
to provide hardware, software, consulting, design, and implementation services.The
product space is vast, offering many different levels of products that claim to provide
all manner of solutions.The problem with the current state of the security space is
that it can be a difficult sea to navigate.The vast range of companies and products as
well as the ever-growing number of consulting companies can make choosing a
network security product a grueling process.
You are the cluster administrator for your company. The company wants its file
services to be highly available. You need to evenly migrate all of the data on 10
dedicated file servers across an active/active cluster. The old servers will be
deployed throughout the network for various noncritical functions.
Many users have mapped drives an embedded UNIC references to the existing
servers name and share names. You need to ensure that those existing connections
continue to function properly after the migration.
The cluster is configured to have three disk groups.
In the preceding chapter, you gained an overview of routing protocols, including the
different types and their advantages and disadvantages. This chapter covers the basic
configuration of distance vector protocols, specifically the IP Routing Information
Protocol (RIP) and the Interior Gateway Routing Protocol (IGRP). It focuses on the basics
of these protocols; advanced configuration of these protocols is beyond the scope of this book.
However, by the end of the chapter, you’ll be able to configure routers running RIP and IGRP
that will route traffic in a network....
Introduce Domain name system, basic BIND 8 Configuration, create and maintain DNS zones, secusing a DNS servec,... As the main contents of the Lesson LPI 202 "Chapter 3 - Advancer Linux Netword Administration DNS". Invite you to consult.
Objective: Identify the stages of the router boot sequence
Determine how a Cisco device locates and loads the Cisco IOS; use the boot system command; identify the configuration register values; briefly describe the files used by the Cisco IOS and their functions.
The objectives of this chapter: Describe the background and basic features of OSPF. Identify and apply the basic OSPF configuration commands. Describe, modify and calculate the metric used by OSPF. Describe the Designated Router/Backup Designated Router (DR/BDR) election process in multiaccess network. Describe the uses of additional configuration commands in OSPF.
The objectives of this chapter: Identify private IP addresses as described in RFC 1918; discuss characteristics of NAT and PAT; explain the benefits of NAT; explain how to configure NAT and PAT, including static translation, dynamic translation, and overloading.
The Linux Kernel, System Startup, The Linux Filesystem, Hardware and Software Configuration, File and Service Sharing, System Maintenance, System Automation,... As the main contents of the document "Advanced Linux System Administration 1: Lab work for LPI 201".
Chapter 1 "Advancer Linux Netword Administration Networking Configuration" of lectures LPI 202 give you the knowledge: Linux Networking, Configuration Files, IP Netword Administration, Support Files,... Invite you to consult. Hope content useful document serves the academic needs and research.
Lesson LPI 202 Chapter 4 "Advancer Linux Netword Administration Mail services" give you the knowledge: SMTP Protocol, using sendmail, configuring mailing list, managing mail traffic,... Invite you to consult.
Implementing a web server, Maintaining a web server, Implementing a proxy server, Be able to install and configure an Apache web server: Monitoring Apache load and performance, restricting client user access,... As the main contents of the Lesson LPI 202 "Chapter 4 - Advancer Linux Netword Administration Web Services". Invite you to consult.
Lesson LPI 202 Chapter 4 "Advancer Linux Netword Administration System Security" give you the knowledge: Ipchains and Iptables, Configuring a router, Securing FPT Servers,... With the specialized technology your information, this is a useful reference.
Objectives: Define VLSM and briefly describe the reasons for its use; divide a major network into subnets of different sizes using VLSM; define route aggregation and summarization as they relate to VLSM; configure a router using VLSM.
Objectives of this chapter: Describe the background and history of Enhanced Interior Gateway Routing Protocol (EIGRP). Examine the basic EIGRP configuration commands and identify their purposes. Calculate the composite metric used by EIGRP. Describe the concepts and operation of DUAL.
Starting the Advanced Routing Suite CLI
Be sure no other users are connected to Advanced Routing Suite. With Advanced Routing Suite installed properly and running:
1. Enter the SecurePlatform expert mode.
2. Type pro enable at the prompt and press Enter.
4. Type router at the prompt and press Enter.
This begins your CLI session in User Execution mode.
The Advanced Routing Suite CLI can be started with several additional command line options. These options include the following:
Introduction to Gaia Advanced Routing
Dynamic Routing is fully integrated into the WebUI and the command-line shell. BGP, OSPF and RIP are supported. Dynamic Multicast Routing is supported, using PIM (Sparse mode and Dense mode) and IGMP. DHCP Relay
BOOTP/DHCP Relay extends Bootstrap Protocol (BOOTP) and Dynamic Host Configuration Protocol (DHCP) operation across multiple hops in a routed network. In standard BOOTP, all interfaces on a LAN are loaded from a single configuration server on the LAN.
Send mail, Web Services, Network Client Management, Detailed Objectives, Networking Configuration,... As the main contents of the document "Advanced Linux Network Administration: Lab work for LPI 202". Invite you to consult. Hope content useful document serves the academic needs and research.