IoTize Support

You will find here articles and examples detailing how to create connected devices using IoTize products, from hardware specifications to generated mobile applications, and further.
You may also check out our forum to see Frequently Asked Questions and ask for assistance from our community.

TapC02

This project creates a connected CO2 sensor using a TapNLink module. The project uses TapNLink’s embedded Java Virtual Machine (JVM) as the application processor. The JVM runs a simple Java program retrieves data from sensor. more "TapC02"

TimerSwitch

This project implements TapNLink in a relay, so that the state of the relay can be changed from a mobile app. The project uses TapNLink’s embedded Java Virtual Machine (JVM) as the application processor. The JVM runs a simple Java program to control the relay. more "TimerSwitch"

DigiTapLock

This project creates a simple connected relay using a TapNLink module and an app for access code entry. The project uses TapNLink’s embedded Java Virtual Machine (JVM) as the application processor. The JVM runs a simple Java program and controls the access to a connected device such as a door lock. more "DigiTapLock"

ThermosTap

This article presents a simple connected sensor temp based on a TapNLink module. The only ‘processor’ is the Java Virtual Machine embedded into the TapNLink module that runs a simple Java program. more "ThermosTap"

WattTap

This article presents a simple connected Wattmeter based on a TapNLink module. The only ‘processor’ is the Java Virtual Machine embedded into the TapNLink module that runs a simple Java program. more "WattTap"