Showing posts with label DIY. Show all posts
Showing posts with label DIY. Show all posts

Tuesday, July 19, 2016

Connecting DIY IoT projects to IFTTT

Finally managed to connect my temperature and humidity sensor to IFTTT.
Now I can make my device tweet, post to Google Plus, post to Facebook, write to Google Drive, control a fan ...... and do many cool things.

I have written an article on my website on this : http://ashishware.com/IotTweetbot.shtml

Sunday, September 13, 2015

Wifi enabled OLED display using ESP8266 and NodeMCU

My second IoT  project,  a web enabled 0.96 OLED display. This project uses a ESP8266 (NodeMCU firmware) and a 0.96'' monochrome OLED . I have created a HTML based web interface which allows sending text and graphics to the display.

This display is portable and runs  on 4 AA batteries and can be used in many interesting ways.

Here is the link to a video showing off capabilities of the display:

For detailed schematics and code, please visit my website : http://ashishware.com/WifiDisplay.shtml 

Wifi network detector using ESP8266 and NodeMCU

A simple wifi network detector using ESP8266 and NodeMCU. It consists of single LED and ESP8266. The device is pre-programmed with network Id of wifi network which needs to be monitored. If the wifi network is in range the LED glows steady , else it starts blinking.

Checkout the video:

Visit my website for complete article on this along with source code for ESP8266:

Monday, February 28, 2011

First Arduino Project

Last week I received my Freeduino board from http://www.bhasha.co.cc/ . I took almost a week after placing the order to get my hands on the board.

I am really impressed with the small size of the board . I had also ordered the component kit and I got started within hours. Within a couple of days of work I could create this:

http://ashishware.com/ardno_melody.shtml

I was able to figure out a good way of making my board my favourite melody. The describes how to compose ,test and fine tune a melody on your PC with a C# program , before uploading it to Arduino/Freeduino.

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