Re: One login for multiple machines
- From: "Eric Dunbar" <eric.dunbar@xxxxxxxxx>
- Date: Thu, 8 Mar 2007 20:29:12 -0500
On 08/03/07, Joel Bryan Juliano <joelbryan.juliano@xxxxxxxxx> wrote:
On 3/8/07, H. S. Rai <hardeep.rai@xxxxxxxxx> wrote:
I am setting up a lab, and proposing to have dual boot, ubuntu and
MSXP. For Ubuntu bases setup, I want student should able to sit on any
machine, get authenticated from remote server (thus not need to create
user on every machine), gets his home directory served from some
server, able to run applications from local machine with data accessed
and stored from his remote home directory.
May you suggest me what need to be installed on Server, and how client
need to be configured (may be with some additional softwares.)
Simple advise and pointer to article, howto or tutorial will be more
Thanks in advance,
Probably the best solution for that is NIS.
I found two interesting pages on the subject (I'm wanting to play with
an automated, seamless network drive, and, separately (for a different
network) a centrally-stored login on a Linux server for Windows PCs
(the software I want the network to have is Windows (and, Mac)-only).
FYI... I've excerpted some relevant info from two web pages on NIS and LDAP...
Quick HOWTO : Ch30 : Configuring NIS
Network Information Services (NIS) enables you to create user accounts
that can be shared across all systems on your network. The user
account is created only on the NIS server. NIS clients download the
necessary username and password data from the NIS server to verify
each user login.
An advantage of NIS is that users need to change their passwords on
the NIS server only, instead of every system on the network. This
makes NIS popular in computer training labs, distributed software
development projects or any other situation where groups of people
have to share many different computers.
The disadvantages are that NIS doesn't encrypt the username and
password information sent to the clients with each login and that all
users have access to the encrypted passwords stored on the NIS server.
A detailed analysis of NIS security is beyond the scope of this book,
but I suggest that you restrict its use to highly secure networks or
to networks where access to non-NIS networks is highly restricted.
The Lightweight Directory Access Protocol (LDAP) offers similar
features to NIS but has the advantage of supporting encryption without
additional software and can support clients across multiple networks
without the need for slave servers. It is for this reason that LDAP
has become increasingly popular for this type of application. LDAP is
discussed in more detail in Chapter 31, "Centralized Logins Using LDAP
NIS is a very useful tool for centralized login management, but it has
two shortcomings: NIS clients are typically limited to Unix or Linux
operating systems, and the password information passes over the
LDAP is rapidly becoming a defacto standard for remote authentication
and authorization of users, not only in the realm of Linux, but also
in that of Windows where it is a key component of Active Directory.
Usage of LDAP is also becoming increasingly widespread in wireless
networking systems. For example in hot spots, ISPs will sacrifice data
security for the sake of convenience by not using encryption, but will
use LDAP to restrict access to the Internet to people who have
purchased pre-paid access codes with a predefined lifetime.
Chapter 32, "Controlling Web Access with Squid", covers the use of the
Linux Squid application to cache Web content, restrict Web access by
the time of day and via password prompts. Although it is beyond the
scope of this book, you should know that you can use LDAP can to
complement the functionality of Squid in larger implementations.
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