Displaying 1 to 20 from 34 results

rtl_433 - Program to decode traffic from Devices that are broadcasting on 433

  •    C

Read the Test Data section at the bottom. This software is mostly usable for developers right now.

sense-hat - Control the Sense HAT add-on for the Raspberry Pi, in JavaScript!

  •    Javascript

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.




node-xbee - Node.js talks to xbee radios. JS robots and automation FTW

  •    Javascript

This module lets you bridge the real world to Node.js. Connect to sensors, robots, turn things on and off, take remote measurements. In fact if you find a creative use for this stuff, let me know! I'd be proud to hear of it being taken advantage of. Digi's xbee modules are good for quickly building low power wireless networks.

webinos-api-iot - IoT sensors and actuators based on http://dev

  •    Javascript

webinos IoT API exposes multiple IoT sensors and actuators connected to your personal zone. The * in the service type indicates that multiple services exist. For example the service type "http://webinos.org/api/sensors/light" requests from webinos a light sensor service. Sensors and actuators can be exposed by the IoT api by installing drivers and configuring the API.

webinos-iot-driver-obd2

  •    Javascript

To test the module start the webinos-pzp and open the testbed to view the OBD data. open the testbed in for webinos-api-iot and view the output of the OBD Values stream every 1 sec. Two changes to be done in Config.json in webinos-driver-obd2 folder 1.) Change the serial port communication in webinos-driver-obd2 config.json e.g -> /dev/pts/2 or /dev/tty/ according to the serial port number if you have a serial port communication method of obd. 2.) Change the connection type from “simulator” to “obd” in the same file when connecting to the real obd source.

node-dweetio - A Node.js client for dweet.io

  •    Javascript

A node.js module for interacting with http://dweet.io — a free, easy-to-use messaging platform for the Internet of Things. Send a dweet and let dweet.io make up a name for you. Subsequent calls to this will result in the same name being used.


GLXOSD - GLXOSD is an extensible on-screen display (OSD)/overlay for OpenGL applications running on Linux with X11 which aims to provide similar functionality to MSI Afterburner/RivaTuner OSD

  •    Lua

GLXOSD is an extensible on-screen display (OSD)/overlay for OpenGL applications running on Linux with X11 which aims to provide similar functionality to MSI Afterburner/RivaTuner OSD. It can show FPS, frame timings, temperatures and more in OpenGL games and applications. It can also be used to benchmark games, much like voglperf. The LICENSE file contains the default license for files in this repository. All files to which this license doesn't apply are supposed to contain a license header. If you find a file that doesn't have a clear license, or a file whose license is being violated, please contact me immediately at nick@nickguletskii.com.

Mycodo - An environmental monitoring and regulation system

  •    HTML

Mycodo is an automated monitoring and regulation system that was built to run on the Raspberry Pi (versions Zero, 1, 2, and 3). Originally designed to cultivate edible mushrooms, Mycodo has grown to include the ability to do much more, including cultivating plants, culturing microorganisms, maintaining honey bee apiary homeostasis, incubating animals and eggs, maintaining aquatic systems, aging cheeses, fermenting foods and tobacco, cooking food (vous-vide), and more.

node-zbee - A NodeJS module for communicating with Zigbee devices using an XBee.

  •    Javascript

A NodeJS module for communicating with Zigbee devices using an XBee (series 2). The module allows communication with nodes' Zigbee Device Object (ZDO) and application objects (endpoints). Emphasis of this project will initially be on implementing the HA profile.

sensors - Generic Sensor API

  •    HTML

This is the repo for the W3C Generic Sensor API specification. The goal of this specification is to drive consistency across sensor APIs, enable new use cases, and speed-up and ease specification and implementation of new sensors.

magnetometer - Magnetometer

  •    HTML

This repository contains the Magnetometer specification that is being worked on in the W3C Device and Sensors Working Group.

motion-sensors - Motion Sensors Explainer

  •    HTML

This repository contains the Motion Sensors Explainer document that is being worked on in the W3C Device and Sensors Working Group.

orientation-sensor - Orientation Sensor

  •    HTML

This repository contains the Orientation Sensor specification that is being worked on in the W3C Device and Sensors Working Group.

proximity - Proximity

  •    HTML

This repository contains the Proximity Sensor specification that is being worked on in the W3C Device and Sensors Working Group.

accelerometer - Accelerometer

  •    HTML

This repository contains the Accelerometer specification that is being worked on in the W3C Device and Sensors Working Group.

gyroscope - Gyroscope

  •    HTML

This repository contains the Gyroscope specification that is being worked on in the W3C Device and Sensors Working Group.

gateway - Hub for the Lab11 gateway projects

  •    Javascript

Gateways provide valuable networking, computational, and storage support for the Internet of Things. This gateway platform is an extensible architecture that supports multiple communication protocols, backend storage options, system monitoring tools, and user interaction options, while enabling rapid prototyping of new gateway services. Two core ideas underly this gateway architecture: 1) devices should be automtically supported when in range of the gateways, and 2) data streams provided by the gateway should be easily interpretable. This gateway provides many common services for embedded devices and sensors, an environment for running applications local to the gateway, and standard MQTT topics for retreiving the data streams. To promote scalability, each node points to a method for interpreting its own data and appending metadata. This allows the gateway to automatically adapt to new devices without being manually configured. After devices are discovered and their data packets are interpretted, the gateway creates a data stream which can be published to the cloud, displayed to users, or fed to an application.

node-red-contrib-upm - Node-RED nodes for communicating to sensors and actuators supported by the UPM library for multiple platforms

  •    HTML

Run the following command in the root directory of your Node-RED install, usually this is ~/.node-red . Only tested on the Intel Edison so far, but it should work on other platforms supported by MRAA and UPM.