RoboPhysics Technology
RoboPhone Distributed OS, IoT-based technology
Innovative developed OS, supporting the Implementation of the Robophysics methodology.
RoboPhone
Experiment wherever you go.
RoboPhone OS
Access in 3 simple steps
- Open App
- Pair via Bluetooth
- Connect to your Robot
Learning Operating System
RoboPhone is a revolutionary Operating System that makes learning interactive and fun.
It requires no coding knowledge, so it’s perfect for young students just starting out up to academic researchers of science and engineering.










Build your skills
Now you can make robots do incredible things with the code you write yourself.
Learn to program connected devices like LEGO® MINDSTORMS® EV3 and watch them come alive right before your eyes.
Based on mobile, available & affordable assemblies
RoboPhone technology allows input from a wide range of sensors placed on the robot (such as proximity, cameras) or the smartphone (virtual sensors, gyroscope, accelerometer and gravity).
The student can select which sensors will be used to gather data (according to the designed experiment) the output format (to a file, display on the robot or smartphone) and how the data will be analyzed.


Topology
I.o.T-based technology to experiment wherever you go




RoboPhone Cloud
Cloud platform for stronger processing and sharing capabilities.


RoboPhone Robotic kit
Educational robot for building the mechanical part of the project


RoboPhone Desktop
A software development platform, adjusted to the different levels of the students.


RoboPhone App
Smartphone & RoboPhone App


Work seamlessly together
An IoT professional data collection system, handling data quality, information processing, wireless comm, local storage and cloud.
Operated by the RoboPhone application the smartphone turns to an integral part of the robot and acts as a controller and a multi-sensor device.
*A simple block in RoboPhone that allows us to make full connectivity
Write into different variables on the database
RoboPhone App allows making a full connection between the *EV3 brick and the real-time database created in Firebase.
Therefore, we can write into different variables on the database, and read them in order to make the wanted correlation between the brick and the simulation.
*LEGO® MINDSTORMS® EV3
The Modular Software
LabVIEW is part of the RoboPhone topology that offers a graphical programming approach that helps you visualize every aspect of your application, including hardware configuration, measurement data and debugging.




*Example of a program written in LabVIEW
The process
As simple as it can be
Download your code to the Robot
Use RoboPhone app to connect through Wifi
Quad Copter – Take Off!
Apply code & Operate with Sensors
See examples of student &
School success transformation
from those that have done it


Robots await your commands
A collection of new work commands and a sophisticated real and virtual sensors from camera to speech recognition makes the smartphone as part of the robot, exciting and fun exploring experience – only the imagination can limit.

