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cooling home automation with Arduino(C) and Raspberry(front-end, python). Arduino features: - control PC 4-pin fan with PWM; - measure temperature/humidity with DHT11/22; - adjust fan RPM depend on temperature; - console management; - MQTT serial output. front-end features: - data collection form serial port with MQTT - webUI with for sensors parameters

A project for a highly scalable protocol and framework and a collection of software tools for m2m (machine to machine communication) and IoT Internet of Things. The programs here works on Windows and Linux and are based around VSCP, The Very Simple Control Protocol. Repository is here: https://github.com/grodansparadis/vscp_software and here https://github.com/grodansparadis/vscp_firmware

...Use the Dallas 1-Wire and iButton chips with standard filesystem commands. Create temperature loggers. Monitor everything. OWHTTPD -- same system, only used as a light weight web server. OWFS is also ported to embedded routers, Mac OSX and Windows. Basically you can use these inexpensive little sensors and other chips with very simple wiring to sense and control the physical environment. The interface is very flexible -- everything from a web browser, to read and writing directly to the chip's "file" to integrating with your programs -- even over the internet. ...

FreeNAS Temperature Report is a small server program that provides temperature readings for your FreeNAS unit. Install this program in a jail on your FreeNAS, then use your web browser and go to http://jail_ip to see your temperature readings. Installation instructions: http://sourceforge.net/p/freenas-tempreport/wiki/Install/

DazzLed is a set of apps to control rgb-leds from you computer.

Sample code for controlling the Juiceboss web power controller.

Mind the re-programmable hardware, even CPU for most mobile devices. Flushable devices. Flushable CPU, modem, camera - any kind of EMPTY NAND device, creating a new one by the engineering forth and back and forward again. We recreate the world

The goal of zAutomation project is to design/implement hardware, firmware and software for remote control and monitoring of physical objects, by using the ZigBee technology and internet. The field of application is robotics and domotics.

Sysglance profiles the linux computer, providing the user withan at-a-glance snapshot of the computer. The program is Python based and currently relies on the dmidecode utility to collect the majority of it's information.

The goal of the CarOS project is to design and implement the software and hardware systems necessary to provide a mobile computing platform in a vehicle. The CarOS will be Linux based.

Voxampp is an Enterprise IP TriplePlay Application Stack (eIPTAS) a - run-time toolkit - for Internet Entrepreneurs that want to deploy rich IP Carrier Networks. Its goal, to facilitate worldwide Open Access Social Networks using IPTV, VoIP and much more

PootyPedia is a tool to track the hardware in use by a software project. Its client software finds the hardware and reports it, while the server software tracks the reports and keeps them organized in a database.

Development area for GNU/Linux 2.6.x for the KS8695 ARM SoC. Covers kernel patches, drivers for serial, Ethernet, PCI, GPIO, watchdog subsystems, and drivers for optional PCI based devices such as USB, WiFi, WiMAX, IPSec, SSL, and RSA devices.

UTS: Unified Telescope System. A modular system for controlling astronomical observatories.

We are currently developing our embedded TCP/IP modules, industrial ethernet systems and wireless platform for system control and data acquisition. Our main development environment is Linux and GNU tools like GCC (ASM, C, C++) and Python.