Free encrypted remote login software for linux

Multi-Protocol Remote Login provides a middleware allowing SSH, telnet, and local logins from the login: prompt.
MPRL is a middleware application between a *getty program and SSH, telnet, and other such remote-login protocols. It allows a user at a Linux terminal to log into other systems without needing a valid local user-id. It currently supports telnet, ssh, and /bin/login.
It syntax follows the [protocol:]user[@host][:port] fashion.
These are valid logins:
- buanzo - Normal local login: /bin/login gets called.
- buanzo@linux.org.ar - SSH protocol by default: /usr/bin/ssh gets called
- ssh:buanzo@webserver.algo.net

Encrypt This! is a Firefox extension that allows public key like encryption as well as passphrase methods.

Visit the extensions homepage to set up public and private keys or just go ahead with a passphrase of your own creation.

Using this extension you can select text and have it encrypted in one click. This will allow you to send emails more securely by ensuring that nobody other than your intended recipient can read the decrypted text.

Data::Encrypted is a Perl module to transparently store encrypted data via RSA.

SYNOPSIS

# functional interface:
use Data::Encrypted file => "./.$0-encrypted-data", qw(encrypted);

# note: login and password are not *really* the login and
# password values, only the desired prompt!
my $login = encrypted(login);
my $password = encrypted(password);

# script continues, connecting to some secure resource (database,
# website, etc).

__END__

# alternative, OO interface:
use Data::Encrypted;

my $enc = new Data::Encrypted file => "./.$0-encrypted-data";
my $login = $enc->encrypted(login);
my $password = $enc->encrypted(password);
$enc->finished(); # close and release lock on storage file

# script continues, connecting to some secure resource (database,
# website, etc).

__END__

[ then, back at the command line: ]

% myscript.pl
Data::Encrypted value for login not found, please enter: *****
Data::Encrypted value for password not found, please enter: ********
[ script merrily continues ... ]

% myscript.pl
[ script merrily continues, no prompting this time ... ]

Often when dealing with external resources (database engines, ftp, telnet, websites, etc), your Perl script must supply a password, or other sensitive data, to the other system. This requires you to either continually prompt the user for the data, or to store the information (in plaintext) within your script. Youd rather not have to remember the connection details to all your different resources, so youd like to store the data somewhere. And if you share your script with anyone (as any good open-source developer would), youd rather not have your password or other sensitive information floating around.

Data::Encrypted attempts to fill this small void with a simple, yet functional solution to this common predicament. It works by prompting you (via Term::ReadPassword) once for each required value, but only does so the first time you run your script; thereafter, the data is stored encrypted in a secondary file. Subsequent executions of your script use the encrypted data directly, if possible; otherwise it again prompts for the data. Currently, Data::Encrypted achieves encryption via an RSA public-key cryptosystem implemented by Crypt::RSA, using (by default) your own SSH1 public and private keys.

Selenium Remote Control project is a test tool that allows you to write automated web application UI tests in any programming language against any HTTP website using any mainstream JavaScript-enabled browser.
Selenium Remote Control provides a Selenium Server, which can automatically start/stop/control any supported browser. It works by using Selenium Core, a pure-HTML+JS library that performs automated tasks in JavaScript.
The Selenium Server communicates directly with the browser using AJAX (XmlHttpRequest). You can send commands directly to the Server using simple HTTP GET/POST requests; that means that you can use any programming language that can make HTTP requests to automate Selenium tests on the browser. To further ease this process, we provide wrapper objects for a number of mainstream programming languages (Java, .NET, Perl, Python, and Ruby).
Finally, the Selenium Server acts as a client-configured HTTP proxy, to stand in between the browser and your website. This allows a Selenium-enabled browser to run JavaScript on arbitrary websites.
The Selenium Server is great for testing complex AJAX-based web user interfaces under a Continuous Integration system. It is also an ideal solution for users of Selenium Core or Selenium IDE who want to write tests in a more expressive programming language than the Selenese HTML table format customarily used with Selenium Core.
Supported Platforms:
Known working:
- Firefox 1.5.0.8 and 2.0
- Opera 9.0.2
- Konqueror 3.5.3
Should work:
- Firefox 0.8 to 2.0
- Mozilla Suite 1.6+, 1.7+
- Konqueror 3.5+
- Opera 8.5+, 9
Enhancements:
- This version includes a bunch of new features, including frame support, multiWindow support (for testing apps that dont like to run in a subframe), a Konqueror browser launcher, new cookie-management actions, and support for Firefox 2.0 and IE7.
- It also includes experimental support for SSL directly in the Selenium proxy and a new highly experimental "proxy injection" mode that gives more control over the application under testing by modifying it in the HTTP proxy.

Python Remote Call Module allows to transparently work with remote object in a python program.
To make this possible a kind of peer-to-peer design is used. Servers can be created explictly, as can clients by explicitly connecting to a server. If a client needs to have a server, e.g. so a reference to a local object can be passed to a remote destination, it is instantiated as needed.
Clients can have multiple connections. New connections are created when needed, e.g. when a remote reference to a new server is recieved.
WARNING:
This module is still in its experimental phase, so it is kind of usable, but an awful lot of bugs is still in it, and quite a few parts are not coded yet, others arent even designed yet.
Therefor lots of changes and outdated documentation should be expected.
Enhancements:
- All previous stub objects have been replaced by a single stub object which uses on-demand retrieval of attributes of remote objects.
- This way, the behavior of the stub object is much more flexible and smoother.
- A first draft of an authentication framework has been implemented so PyRCall can support many different authentication methods.
- Support for username/password-based authentication has been implemented.

AVIRA Webmin Remote Panel is designed to make the maintenance of AVIRA products easier and less time consuming.
This product addresses mainly the users of AVIRA server products and especially the system administrators who must keep track of various services on production servers.
Complex solutions based on multiple AVIRA products for Unix are now easy to configure and maintain with AVIRA Webmin Remote Panel. It is smoothly integrated as a module of the Webmin configuration tool, intended to meet the needs of system administrators.
This is a separate application that was developed as a Webmin module, being a handy graphical tool and a time saver for companies dealing with multiple AVIRA products. Via a straightforward graphical interface, AVIRA Webmin Remote Panel helps managing configuration files and eases the maintenance process of AVIRA solutions.
Placed between the configuration files and the system administrator, this module helps managing the following AVIRA products:
- AVIRA Desktop for Unix
- AVIRA for Unix Server
- AVIRA MailGate
- AVIRA for Sendmail-Milter
- AVIRA WebGate
AVIRA Webmin Remote Panel highlights a simple management interface, designed to configure and smoothly control AVIRA products installed on a network. This application helps you stay informed about the status of your currently running AVIRA solutions, displaying the messages generated by these applications in the system logs.
AVIRA Webmin Remote Panel also manages the engine settings, helping to keep track of administration alerts, licenses and other related aspects.
Main features:
- Configuration of AVIRA Desktop for Unix;
- Configuration of AVIRA for Unix Server;
- Configuration of AVIRA MailGate;
- Configuration of AVIRA Sendmail-Milter;
- Configuration of AVIRA WebGate;
- Simple interface for controlling installed AVIRA products on your system;
- Simple interface for displaying the messages generated by AVIRA products in the system logs.

Remote Nmap (Rnmap) package contains both client and server programs. Actual idea for this sofware is that various clients can connect to one centralized Rnmap server and do their portscannings. Server does user authentication and uses excellent Nmap scanner to do actual scanning. Rnmap is written entirely in Python and is released under the terms of the GNU General Public License.

Version 0.10 of server is tested mainly on Linux, NetBSD and OpenBSD. Generally it should run on any *nix platform as long Nmap and Python are available for them. Console client is known to work with same platforms as server. Gui client will run on any python (with threads) supported platform.