discuss.tah.io

docs.tah.io

Tah Library

http://docs.tah.io/library

The library and rename it to Tah.zip. Open the Arduino IDE and navigate to the Add Library option. Sketch - Import Library - Add Library. Restart your Arduino IDE. You can now see that new Examples have been added to the IDE. The text of the Tah reference is licensed under a Creative Commons Attribution-ShareAlike 3.0 License. Code samples in the reference are released into the public domain.

tah.io

Getting Started

http://www.tah.io/start

Getting started with Tah. Android or iOS device. Step 1: Power up the Tah. Connect the Tah to any USB port. It can be on your PC, laptop or Mac. You can also connect the Tah to a USB wall adapter, like the one you use with your smartphone. Make sure that the red LED is always on and the blue LED is blinking. Step 2: Install the application. Step 3: Connect to the Tah. Scan for BLE devices using the Tah app and connect to the device named Tah. Step 4: Control the LED.

docs.tah.io

Tah Docs

http://docs.tah.io/showcase

Following is a list of some of the amazing things that you can do with the Tah. Motion control (1 Tah). Sensors and relays (1 Tah 1 sensor shield other stuff). Smart dice (1 Tah other stuff). Smartphone Xbee bridge (2 Tah). Gaming controller (1 Tah). Mood Lamp (1 Tah). The text of the Tah reference is licensed under a Creative Commons Attribution-ShareAlike 3.0 License. Code samples in the reference are released into the public domain.

docs.tah.io

Tah Docs

http://docs.tah.io/contributing

The source code for all the Tah smartphone apps is open source and is hosted on GitHub. If you are looking to contribute to our efforts of making Tah an awesome platform for building amazing things using Bluetooth, join us! Each app has been developed for iOS and Android, though some are still in the works. We have a git repo on GitHub for each app, with the iOS and Android source codes as git submodules. Submodules allow you to keep a Git repository as a subdirectory of another repository.

internetofthings-pune.blogspot.com

Internet of Things : October 2014

http://internetofthings-pune.blogspot.com/2014_10_01_archive.html

IoT Pune Community Blog. Thursday, October 23, 2014. Tah - Lego block for Internet of Things. In this blog post I am going to introduce the Tah platform. And talk about some of the applications using it. Tah is a hardware as well as a software platform. The hardware has following characteristics. An Arduino with Bluetooth Low Energy (BLE). Onboard USB (HID device) - emulating a keyboard and a mouse. Great building block (like a LEGO) for your home automation systems using Arduino. We have created an IR s...

tah.io

Specifications

http://www.tah.io/specs

Eliminate the need for a secondary pocessor by utilizing ATmega32U4's built in USB communication and use Tah as a mouse and a keyboard. Open source iOS and Android SDKs. We have written the SDK and provided you some sample apps for iOS (Android coming soon) so you can get started on quickly. The HM-11 Bluetooth Low Energy chip in Tah easily provides connectivity up to 10 feet and is powerful enough to connect up to 100 feet in the line of sight. 32KB of flash storage. 4KB reserved for the bootloader).

docs.tah.io

Tah Docs

http://docs.tah.io/index.html

Welcome to the docs! This page will list out all the resources you'll need to build things with Tah. If you haven't been to the getting started page, you should check it out. It will help you wirelessly control a simple LED on the Tah using your smartphone. Get started with some of the basics of using a Tah. Tah Arduino Library documentation and example codes. Some of the amazing things that you can do using a Tah and some other off the shelf hardware. Go to page →. Go to page →. Go to page →. Go to page...

docs.tah.io

Tah Docs

http://docs.tah.io/tutorials

Once you have controlled a simple LED on the Tah, you can follow the tutorials below to build more amazing things or more complex stuff. The text of the Tah reference is licensed under a Creative Commons Attribution-ShareAlike 3.0 License. Code samples in the reference are released into the public domain.

docs.tah.io

Tah Docs

http://docs.tah.io/apps

A lot of interesting things can happen when the Tah talks with your Bluetooth 4.0 enabled smartphone. Following is a list of apps that show some of the possibilities. The Tah app lets you control Tah's GPIO pins using our ArdSCL protocol in digital, analog and PWM modes. This app gives you the full power over GPIO acquisition by letting you read data from Tah's analog pins in real time. The Tah Sensor app make it easier than ever to collect sensor data wirelessly on your smart device. Just attach a s...