Updated: Jul 2000.
Overview of the networking capabilities of the Linux Operating System;
provides pointers for further information and implementation details.
Updated: Nov 2001.
Describes how to set up your Linux server to limit download bandwidth
or incoming traffic, and how to use your internet link
more efficiently.
Updated: Jul 2002.
Examines the DSL family of high speed Internet services now
being deployed in various
markets worldwide. Information is included on the technology
behind DSL as well as subscribing,
installing, configuring, and troubleshooting, with an emphasis
on how this impacts Linux users.
Updated: Aug 2001.
Describes why and how to subnetwork an IP network - that is using
a single A, B or C Class network number to function correctly on
several interconnected networks.
IP-Alias, Setting Up IP Aliasing On A Linux Machine Mini-HOWTO
Updated: Jan 2001.
How to set up and run IP aliasing on a Linux box.
Updated: Aug 1997.
Describes the procedure to set up a NETWORK (INTRANET) at your
home. Then we shall setup the network such that NETSCAPE Clients
can be used on ANY machine to access the internet. . .
Updated: Apr 2002.
Explains how to quickly setup a linux server
to provide what diskless linux clients require to get up
and running, using an IP network.
Updated: Aug 2000.
Discusses using Proxy Address Resolution Protocol (ARP) with
subnetting in order to make a small network of machines visible on
another Internet Protocol (IP) subnet.
Remote-Boot, Linux Remote-Boot mini-HOWTO: Configuring Remote-Boot Workstations
with Linux, DOS, Windows 95/98 and Windows NT
Updated: Feb 1999.
How to set up a very robust and secure server-based configuration for
a cluster of PCs, allowing each client to choose at boot-time which
operating system to run.
Updated: Nov 2003.
Traffic control encompasses the sets of mechanisms and operations by
which packets are queued for transmission/reception on a network
interface. This HOWTO provides an introduction
and overview of the capabilities and implementation of traffic
control under Linux.
Updated: Apr 2003.
A brief tutorial on using tcng (Traffic Control Next Generation)
with HTB (Hierarchical Token Bucket) to perform traffic shaping on
a Linux machine.
Updated: Oct 2004.
Intended to assist those who wish to consider Linux
as a server within an office environment which has PC's primarily
running Microsoft Windows 9x.
Updated: Aug 2003.
Information about which ethernet devices can be used for Linux, and
how to set them up (focused on the hardware and low level driver
aspect of the ethernet cards; see Network HOWTO for software
configuration information).
Updated: Jan 2005.
The goal of this HOWTO is to answer both basic and
advanced questions about IPv6 on the Linux operating system.
This HOWTO will provide the reader with enough information to
install, configure, and use IPv6 applications on Linux machines.
Updated: May 1998.
How to obtain, install and configure various tools available for the
Linux operating system that use the Linux kernel IPX protocol support.
Updated: Mar 2004.
Information about installing, configuring, running and maintaining a
LDAP (Lightweight Directory Access Protocol) Server on a Linux
machine.
Updated: Mar 2001.
Describes the technical aspects of storing application data
in a LDAP server. It focuses on the configuration of various
applications to make them LDAP-aware.
Updated: Apr 2004.
Describes the software and procedures to set up and use
mobile IPv6 for Linux.
OLSR-IPv6-HOWTO,
Linux Optimized Link State Routing Protocol (OLSR) IPv6 HOWTO
Updated: Apr 2004.
Describes the software and procedures to set up and use
Optimized Link State Routing Protocol (OLSR) with IPv6
for Linux. OLSR is used as a routing protocol for Mobile
Ad-Hoc Networks.
Updated: Jul 2002.
How to install a Gnu/Linux distribution on a computer without
Ethernet card, nor cdrom, but just a local floppy drive and a remote
nfs server attached by a Null-Modem parallel cable.
Updated: Jul 2000.
How to connect your Linux PC to a PPP server, how to use PPP to link
two LANs together; provides one method of setting up your Linux
computer as a PPP server. The document also provides help in
debugging non-functional PPP connections.
Updated: Jan 2002.
A PPP-SSH VPN is probably the easiest type of VPN to set up.
It uses nothing more than the very common PPP and SSH utilities
to form an encrypted network tunnel between two hosts.
Updated: Apr 2000.
How to use the Server Message Block (SMB) protocol, also called the
Session Message Block, NetBIOS or LanManager protocol, with Linux
using Samba.
Archived - Last Update: Nov 2001.
How to setup PPP, connect up to your ISP, configure mail and news,
get a permanent IP (if available), get a domain name, and have a
bona fide system running in a little over thirty minutes.
Updated: Mar 1998.
How to use Linux to connect to an Internet Service Provider via a
dial-up modem TCP/IP connection (basic dial-up procedure and IP
establishment, email and news handling is covered).
Updated: Dec 2001.
Describes installing the BIND 9 nameserver to run in a chroot
jail and as a non-root user, to provide added security and minimise the
potential effects of a security compromise.
Updated: Jul 2001.
Describes installing the BIND 8 nameserver to run in a chroot
jail and as a non-root user, to provide added security and minimise the
potential effects of a security compromise.
Updated: Oct 2000.
How to configure a Linux firewall to masquerade IPsec- and PPTP-based
Virtual Private Network traffic, allowing you to establish a VPN
connection without losing the security and flexibility of your Linux
firewall's internet connection and allowing you to make available a
VPN server that does not have a registered internet IP address.
Updated: Jul 2000.
How to obtain, install and configure the enhanced IP firewalling
chains software for Linux, and some ideas on how you might use them.
Updated: Jan 2002.
A PPP-SSH VPN is probably the easiest type of VPN to set up.
It uses nothing more than the very common PPP and SSH utilities
to form an encrypted network tunnel between two hosts.
Updated: Jan 2001.
Describes how to setup a bridge with the recent kernel patches and brctl
utility by Lennert Buytenhek. With developer kernel 2.3.47 the new
bridging code is part of the mainstream. On 20.06.2000 there are patches
for stable kernels 2.2.14 and 2.2.15. What happens if a penguin
crosses a bridge?
Updated: Jul 2004.
Describes how to enable the Linux IP Masquerade feature on a given Linux host.
Should be used as a complement to the
the IP-Masquerade-HOWTO.
Updated: Oct 2004.
Describes the software and procedures to set up and use IEEE
802.1X Port-Based Network Access Control using Xsupplicant as
Supplicant with FreeRADIUS as a back-end Authentication Server.
Updated: Oct 2000.
Outlines the things you will probably have to do when you want to
setup a network of computers under your own domain. Covers
configuration of network parameters, network services, and security
settings.
Updated: Feb 2000.
Designed to describe the basics of firewall systems and give you some
detail on setting up both a filtering and proxy firewall on a Linux
based system.
Updated: Jul 2000.
How to obtain, install and configure the enhanced IP firewalling
chains software for Linux, and some ideas on how you might use them.
Updated: Feb 2002.
Describes how to configure Snort version 1.8.3 to be
used in conjunction with the statistical tools ACID (Analysis Console
for Intrusion Databases) and SnortSnarf.
Updated: Oct 2002.
How to manage a certificate authority (CA),
and issue or sign certificates to be used for secure web, secure
e-mail, or signing code and other usages.
Updated: Feb 2001.
Explains how PKI and SSL work together. It is essential
to understand how the SSL protocol works to successfully
deploy a secure server.
Updated: Aug 2002.
Voice Over IP is a new communication means that let you telephone
with Internet at almost null cost. This document covers how this
is done.
Updated: Jun 2000.
Tutorial on configuring Red Hat 6 and related variants to operate
as an internet gateway to a small home or office network.
Topics covered include masquerading, DNS, DHCP, and basic security.
