Free monitor project software for linux

Oreon Project provide enterprise monitoring based on Nagios core. It offers a complete tool from administration to reporting/visualization with the most powerful monitoring and alerting engine.
It ables you to be more efficient in your network monitoring, but also allows you to make your supervision informations readable by a largest range of users. Indeed, a non technical user can now use the Oreon/Nagios couple to easily understand your network infrastructure thanks to charts and graphical representations of the gathered informations.
Although, skilled users still have access to the technicals informations collected by Nagios.
Oreon was released for three years, and has already conviced most of its everyday users. Oreon has became a reference as a Nagios Frontend.
The Oreon/Nagios couple is used by a wide range of users, from novices to skilled users, even if they didnt knew Nagios before.
Main features:
- A highly customizable and intuitive multi-user interface
- An enhanced configuration tool to setup the supervised perimeter
- Configuration wizards
- A frontend to all Nagios configuration files. These configurations are linked to save your working time.
- A Nagios configuration loader module
- A Nagios 1.X and 2.x compatibility
- A Nagios configuration file-checker thanks to Nagios Debugger
- Network devices and servers ID Cards which has all the basic informations about these resources
- A customizable network cartography
- An access manager, including resources as well as interfaces restrictions
- And a lot more to discover

HCS Open Source Project consists of a do-it-yourself home automation hardware and software system.

The HCS Open Source Project is a stand-alone home automation control system which consists of hardware (main controllers and remote networked controllers) and software to monitor and control various devices around your house.

The current plans support using wired and wireless X10 modules, as well as analog, digital, and voice input and output. Once the HCS is programmed, the use of a PC is not required.

CS stands for Home Control System. Originally designed by Steve Ciarcia for the article "Home Run Control System" for Byte magazine.

What is the HCS II? The HCS II is an expandable, network-based (RS485), intelligent-node, industrial-oriented supervisory control system intended for demanding home control applications.

The HCS incorporates direct and remote digital inputs and outputs, direct and remote analog inputs and outputs, real-time or Boolean decision event triggering, X-10 transmission and reception, infrared remote control transmission and reception, remote LCD displays, and a master console.

The HCS II system architecture consists of a central supervisory controller (SC) connected to up to 32 other functional modules (called links) via a RS485 serial network. The SC and the COMM-Links can operate independently and dont need each other to function.

This allows easy testing or incorporation as intelligent subsystems in other control equipment. Initially the subsystems links all shared a comon 8031 controller board (generically called a COMM-Link) with the I/O customized for each application.

GetMonitor project is a Python XChat script for monitoring DCC file servers requests on sharing channels and IRC servers.

Similar to AutoGet and SDFind scripts, it helps you request files, monitor queues, and search files automatically.

SirBot Project provides an easy way to build, program, control, and monitor amateur robots. Programming a bot is done writing a Python class. A declaration protocol syntax is used to define what can be done (primitive/complex actions). Using a Python CLI, the robot can be interactively controlled and dynamically programmed.
While the bot is performing several actions, every piece of information is able to produce events, thanks to the event declaration syntax. Events can also be created from other events (cascading events), conditionnaly triggered under specific conditions (pre-condition), and activate user-defined actions (post-conditions) according to a particular event state. The library provides detailed instructions to build electronic boards (PIC-based) and connect them to build a robot.
Easy way to build the bot
The SirBot Project provides every instructions to build a bot. A main board provides the basic features such as communication capabilities and implementation of a defined protocol. Several module can be plugged into this main board to provide extra feature such as, currently, a servo controller, IR distance ranger. Have a look on the SirBot Module Library to see current available modules/features. Also have a look at the SirBot Labs, where you can find examples of robots built with SirBot.
Easy way to program the bot
SirBot is python-based, your robot is just an object Protocol. Thanks to the power of python and its librairies, performing complex actions is (almost) trivial. No C++ here... just a protocol declaration syntax, easy to use.
Easy way to control the bot
Because SirBot is python-based, you can access your bot with a python CLI, such as ipython, and interactively control and program your bot. Soon, a graphical interface will allow to visually control your robot.
Easy way to monitor the bots actions
While the bot performs several actions, every piece of information is able to produce events, thanks to the event declaration syntax. Events can also be created from other events (cascading events), conditionnaly triggered under specific conditions (pre-condition), and activate user-defined actions (post-conditions) according to a particular event state.
Enhancements:
- Either the robot or PC can initiate the communication (Master/Slave vs. Peer-to-Peer mode).
- Recurrent tasks can be defined as background jobs (polling the bot, etc.).
- There is a dedicated Web site, documentation, and many fixes in Jal libraries.

Deep Project is a time entry application for consulting firms. It stores start/end time and sick/vacation time. The project has the beginning of project management and sales cycle features.

vSMP Monitor is the SuperKaramba theme that i have been modifying with time and finally decided to post it.

It is a melting pot of many other themes which i have mentioned in the theme file. Hope you like it.

** Note background is from unknown origin all credit goes to the author!

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

UPS monitor is a graphical monitoring application that lets users watch a your UPSs status in real time.
Main features:
- Saves your session if UPS switches to battery power
- Warns you when power is critically low
- Lets you monitor networked UPSes
- Remembers configuration and restarts when you log on
- Extremely easy to use