iPhone App

Andruino App is a wired and wireless home sensors for iPhone


Andruino App

Buying a low cost Arduino open-source electronics prototyping platform, you can control all what you want in your home simply connecting Arduino board to ethernet plug or a Wi-Fi network. 

You can connect whatever analog/digital sensors on hardware board and Andruino App communicates with them, displaying in real time the room temperatures (C°/K°), the lights/plugs power consumption (Watt), the kitchen humidity (%), opened doors, and any other informations that comes from your home.
You can switch ON/OFF relays, control PWM outputs, and create pulses.


Sensors and Controls above the map

Andruino is the first App in which you can drag&drop the sensors/controls over your real home map.

Maps can be uploaded from camera roll. Size and zoom can be modified.

Sensors/controls icons can be resized.


Andruino is 100% customizable

Works with Wifi and also through 3G/4G

Can Work also without internet connection in direct mode (LAN or without router using a WiFi access point).

Sensor configuration: measure unit, mathematical formula, number of decimals can be managed according to the sensor requirements. Each sensor/relay can be full configurable (both analog/digital/PWM). No sensor/controls limit number (wired and wireless).

TIMERS: each output pin can be configured with a timer to switch on at desired time (hour, minute, repeat day) and with a specific duration (0 to 18 hours). The time is synchronized every time AndruinoApp is connected and the clock is done using simply using the Arduino internal oscillator (no RTC is required).
Output temporization: all Arduino outputs PIN can be temporized (from 1 sec to 18 hours)

Digital output state: with a special option you can manage the ouput PIN inversion (board that works with inverted logic state, 0 -> active, 1-> not active)




Multi boards management: with multi Ambients option, you can manage simultaneously different boards in a unique ambient. Imagine to have 10 or more Wifi boards in a unique home map.

You can separate a board or groups of boards using Ambients. You can have single and/or multiple Ambients

Single Ambient can manage a single board



Datalogger and Graphs

Each sensor can be plotted on a graph. Average/Max/Min value are calculated. You can see the trend of the sensors, such as a graphic display in the temperature of the last two weeks, months or days (data logger function).

Datalogger stores the data using a CSV file format and can be easily exported in CSV format.


Alarms/Events and Push notifications

For each sensor you can set a Low and an high limit triggering  a push notifications and an output activation.
Arduino can send real time Push Notifications when an event is triggered and/or a limit is reached.

You can control your sensors also when AndruinoApp is closed. A notification with all the sensor details will rise on your iPhone.
A special push notification can be enable when the board is power-up and/or power down (this is used to understand if the board is power-off for a power loss)

The digital outputs can be triggered when a limit is reached. This option can be used to activate a relay when a temperature is reached. The activation can be triggered by any analog/digital/variable resource.



Predefined configurations

Predefined sensors: DHT22, Dallas DS18B20, TMP35/36/37, brightness, current sensors, REED switches, etc, have custom templates with detailed informations to simplify the electrical connection and configuration.


Board list

Arduino board view:  you can see all the connected boards with the online and pairing status.

Global sensor list: you can easily see all the sensor configured on your user account.


Andruino Winner during Arduino-Day 2019

Andruino Project has been selected by a panel of experts as the winner of the HOME AUTOMATION category in the Arduino Day Community Challenge


What You Get

Temperature and humidity

Temperature, humidity and various type of connected sensors can be read in real time and can be stored on a datalogger.


The output PIN state can be modified simply switching an icon on the map. The state of the PIN will change only when the App will receive the feedback from the board.


An output PIN can be configured as “pulse” if you have to drive bistable relays or open electric locks.


Each sensor can have a different icons, switches, lamps, etc.

Power consumption

Monitor the power consumption of your home and store it on a graph.

Wi-Fi and 3/4G

Works with Wi-Fi and 3/4G connections. The boards can be also placed in different Wi-Fi zones.


Each output PIN can be managed by a timer. Set a time to switch-on and the duration with a weekly repetition.


Setup a trigger based on a temperature, voltage threshold creating an action on board PIN. 


Each board can send a push notification if a temperature limit is reached or if an alarm has been triggered.

Andrea Scavuzzo