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NetSecL-Firewall is an iptables script that protects against stealth scans, port scans, OS fingerprints, and other types of scanning.

NetSecL-Firewall iptables script is the default firewall in the NetSecL Linux distribution.

DeniX Server OS is an independent Linux based distribution built from scratch by Denis Salmanovich. They aim to offer a user-friendly full-featured server operating system, pre-configured, well structured and easy to work with, and filled with the latest stable versions of Linux apps.
Its easy to install and configure. Every package is downloaded from the authors source and compiled when installed.
Main features:
- Domain Controller
- ADSL/CABLE Router (PPPoE)
- Network Firewall
- Anti Virus Gateway
- Anti Spam Gateway
- Mail Server (local & external) + Web Mail
- Calendar Sharing Support
- Network File Server
- DHCP Server
- TFTP BOOT Server
- WINS Server
- FTP Server
- VPN Server
- DNS Server
- DDNS Server
- MySQL Server
- HTTP Apache Server
- Remote Backup Solutions
- Remote control and administration
- Print Queue Server
- Proxy Server

Nexenta is a complete GNU-based open source operating system built on top of the OpenSolaris kernel and runtime.
It is a result of our inspiration and desire to build a great system based on the best existing software: SunOS kernel and GNU software. We use Debian - one of the best existing software distribution/packaging mechanisms - to glue the numerous pieces together.
At the moment, Nexenta is not part of the Debian Project. Our packages are not present in the Debian database. We are hoping that in the future this will change and our packages will get their "upstream acceptance".
Nexenta OS has been a hard and challenging work, yet every bit of it is fun! We spent many hours building the system and today it is out - itll start speaking for itself.
Nexenta is completely open source and free of any charge.
It contains Apache, MySQL, Perl/Python/PHP, Firefox, Evolution, software update manager, Synaptic package manager, Gaim Instant Messenger, abiword, administration & development utilities, editors, graphics, GNOME, interpreters, libraries and many others. All of this is running on the state-of-the-art SunOS kernel. Visit our ScreenShots gallery to see them all in action.
Theres a huge and growing multitude of software: the kernel, network services, databases, utilities, user applications. There is a conglomerate of code and hardware that is constantly changing, improving, and altogether getting more complicated. Somebody once rightly said: free software is only free if time has no value. Nexenta distribution integrates well over 2,300 packages. It installs, runs and upgrades. It delivers!
Nexenta software packages (for the most part) are originated from Ubuntu (Breezy) Linux. Ubuntu (yet another excellent distribution that uses DEB software packaging) contains more than 16,000+ software packages. One of our goals is to make them all available for use on top of our environment.
Today Nexenta runs on both 32-bit and 64-bit x86/x64 platforms. As a prove of relative maturity and a confidence booster - this web portal and the entire development environment (including Bugs and HackZone) are powered by Nexenta.
Nexenta makes its first steps into the big world. We invite you to join us and participate too! Help us make Nexenta the best operating environment in the world! Help us test Nexenta on your laptops, desktops, and servers. Help us improve our web portal, translate Nexenta into your own language, add new applications, enhance existing ones and define a set of software to be used in the future releases.
This is a complete Nexenta OS with select applications on a single CD with network and GNOME environment.
The LiveCD image can be burned into a bootable CD-R/CD-RW, and/or it can be booted in VMWare or QEMU environments. Our LiveCD contains support for 32- and 64-bit x86/x64 platforms.
Main features:
Major Features
- OpenSolaris kernel build 26
Specifically for Desktop:
- GNOME 2.12.1
- Complete GNOME Office (Abiword, Gnumeric, GNOME-DB, Inkspace, GIMP, Gnomemeeting, Dia)
- X.org 6.8.2 with wider hardware support
- Synaptic package management and Automatic Update notifier
- Nexenta artworks with "Solar" theme
- Integrated DBUS, HAL (work in progress)
- KDE libraries, GNOME 1.x libraries
- Nice Fonts collection
Server applications:
- Apache1 (1.3.33), Apache2 (2.0.54) next generation, scalable, extendable web server
- PHP4, PHP5 with all sort of extensions
- Perl 5.8.7 with varios CPAN modules pre-built
- Python-2.2, Python-2.3, Python-2.4 with various extension modules
- Java: JRE-1.5.0 and GNU gnj and classpath
- Ruby-1.8 with all sort of extensions
- Subversion, CVS, others...
Simplified (minimal) installer:
- Script-based installer.
- Automatically makes existing hard drive partitions available to the desktop
"Under the hood"
- Debian packaging (including SUNW packages)
- Mostly compiled with GCC 4.0.1, but GCC-3.4 and Sun Devpro is also used
- More modular X.org packaging, latest CVS bits
- HAL integrational work (ongoing)
Login:
- user: root
- password: livecd

Perl OS is a program written in the Perl programming language combined with the Perl module Tk.

Perl OS was created to make an easy interface to run Perl/Tk programs. It was also created to be an easy working environment complete with a text editor, paint program, and more.

The program comes with several programs, along with a utility to add many more which can be found on the Internet.

From the outside, Perl OS looks like a simple operating system. But inside, it is a powerful system for working with Perl and Tk.

For more details please visit the Perl OS home page:

http://perlos.sourceforge.net/

Sleek Monitor is a combination of basic monitors for:
- OS
- KDE
- Kernel
- CPU & cache
- GPU & GPU Temp
- Memory
- Wired & Wireless networks
- battery with time
- date and calendar

LinuxSampler is a software audio sampler with professional grade features.
LinuxSampler was designed as a sampler backend, decoupled from any user interface. It provides a network interface using an ASCII based protocol called LSCP for controlling the sampler and managing sampler sessions. But dont be afraid, with QSampler we already have a convenient GUI frontend (based on the cross-platform GUI library Qt) for LinuxSampler and due to the decoupled design you can even control the sampler with the GUI frontend from another computer, probably even running another OS like Windows or OS X. Beside our own custom network control layer we planned to add existing ones as well (e.g. OSC). With the planned SMP and cluster support LinuxSampler might become a very interesting tool for high-end studios and concerts in future.
It is planned to support all common sampler formats in LinuxSampler, but at the moment we chose to concentrate on the Gigasampler format, because we think its currently the best sampler format in regards of quality and power, especially for the synthesis of natural instruments like pianos, brass and bowed instruments. But we already made good advance in implementing this format, so we are optimistic to start with adding other formats soon. Beside that we also planned to design our own, sophisticated sampler format to introduce a more powerful and more flexible sampler format compared to any sampler format currently available in the world. Be encouraged to share your ideas about such a new format with us!
Anyway, there are so many things to do and our hands are limited. So dont hesitate on participating to the project!
Main features:
Sampler Engines
- Gigasampler Engine
- Gig file loader
- Generic playback (RAM & disk streaming)
- Dimension switching
- Sustain pedal support
- Key velocity volume mapping
- Looping
- Pitchbend wheel support
- Bidirectional voice state transition
- Filter (VCF)
- Highpass
- Bandpass
- Bandreject
- Lowpass
- Turbo lowpass
- Cutoff frequency controllable by MIDI controller
- Resonance controllable by MIDI controller
- VCA Envelope Generator (Volume)
- VCF Envelope Generator (Filter)
- VCO Envelope Generator (Pitch)
- VCA Low Frequency Oscillator (Volume)
- VCF Low Frequency Oscillator (Filter Cutoff)
- VCO Low Frequency Oscillator (Pitch)
- Layers
- Crossfades
- Key Groups (a.k.a Exclusive Groups)
- Release Triggered Voices
- Key Switching
- Voice Stealing
- DLS Engine
- DLS file loader (DLS version 1 & 2)
- Generic playback
- Akai Engine
- Akai file loader (S1000, S3000 series)
- Generic playback
- Custom, modular Engine
- Control interfaces
- Custom network interface for frontends (LSCP)
- OSC
- MIDI input drivers
- ALSA
- VSTi
- MIDI over ethernet (Distributed MIDI)
- CoreMIDI (Mac OS X)
- MidiShare (Linux, OS X, Windows)
- Audio output drivers
- ALSA
- JACK
- VSTi
- Audio over ethernet
- CoreAudio (Mac OS X)
- Time stamp event system & jitter correction
- Multi channel & multi engine support
- Pitch shifter / Interpolation
- Linear interpolation
- Cubic interpolation
- Formant frequency correction / formant manipulation
- Dynamic engine recompilation
- Extensive SMP (multi processor) support
- Network cluster support
- (Graphical) frontends
- Qt based frontend (QSampler)
- VSTi frontend (based on the Qt frontend)

Symphony is a distribution of GNU/Linux based on the Debian and KNOPPIX GNU/LINUX operating systems. Symphony will do things a bit differently than other Linux operating systems; making it easier to use and more intuitive than most existing distributions.
Package Management: Because Symphony is designed for the home or small business desktop user, Symphony can standardize the core installation. By doing this, Symphony, and third party developers can provide binary packages of applications which include any libraries not included in the base install.
Because those developing the packages can know for sure what software is in a Symphony OS box and what is not, they can build packages without worries of "Dependency Hell".
Orchestra Environment: Symphony will include a simple application toolkit which allows developers to create gui applications much as they would create perl cgi scripts. Using a slimmed down version of Mozilla for rendering and a localhost only httpd server, Orchestra provides all the tools needed to provide a GUI to your perl applications.
Orchestra will be used in Symphony in the package manager GUI, System Configuration tools and in other places. A complete tutorial for creating Orchestra/Perl applications will be published here as soon as the first Symphony Release candidate is released to the public.
Main features:
- Provide a simple way of installing applications with or without an internet connection avoiding "Dependency Hell".
- Provide a single graphical tool for installing deb packages, source packages, and Symphony binary packages.
- Develop and easy to use rapid application development environment (Orchestra) for creating simple GUI apps that are highly portable and easy to install.
- Provide users with an easy to use Desktop environment without using KDE or Gnome but rather with a lightweight window manager (icewm).
- Provide an easy to use installer in the form of a minimal livecd which loads an installer in a full GUI environment.
- Provide a repository of Symphony binary packages for end users.

Modwheel Perl module is a tree-based Web framework.

Most web sites are pages categorized by topic. So web sites can be viewed as a tree system where every page is a sub-tree and the page elements are nodes. Page elements can be things like articles, links, ads, news, comments and so on. In Modwheel a page-element is called an object.

You define your own object prototypes and then you define how to display these objects with the representation engine. Objects can be displayed differently in different contexts (pages) by using templates. The only representation engine supported right now is the Template Toolkit, but it wouldnt be much work to add support for others. The project is in beta development stage but already has an admin interface implemented in it and has been tested on Mac OS X, FreeBSD, OpenBSD, NetBSD, Ubuntu Linux, Solaris and Cygwin.

The current development version of Modwheel should work with MySQL, SQLite2 and the Template Toolkit, although porting to other databases or templating systems. shouldnt be much work. (Actually the SQLite2 port took less than 30 minutes).

SYNOPSIS

#!/usr/bin/perl -T
use strict;
use warnings;
use Modwheel::Session;
use IO::Handle;
use CGI;
*STDOUT->autoflush( );

my $modwheel_config = {
site => modwheeltest,
locale => en_EN,
logmode => stderr,
};

my ($modwheel, $db, $user, $object, $template) =
modwheel_session($modwheel_config, qw(db user template object));

$db->connect or exit;

# A user-session can also be created, if there is none, the session is anonymous.
#$user->login($username, $password);

# The page is the page to process, it has to be in the templatedir directory.
my $page = shift @ARGV || index.html;
my $directory_id = $db->path_to_id($directory_path);
$directory_id ||= Modwheel::Object::MW_TREE_ROOT;

my $cgi = new CGI;

$template->init(input => $page, parent => $directory_id, param => $cgi);
print $template->process();

$db->disconnect;