LabsLand is a global network of real laboratories available online. Students (in schools, universities and life-long learning platforms) can access the real laboratories through the Internet, using their laptop, tablet or phone.

The laboratories are either real-time (Arduino, FPGAs...) located in different multiple universities all over the world. In certain fields (Physics, Biology, Chemistry) the laboratories are LabsLand Ultraconcurrent Laboratories, so the university has recorded all the potential combinations of what can be done in the laboratory (in some cases, several thousands) and make it available in an interactive way.

In every case, the laboratory is always real (not simulated), and available through the Web (you do not need to obtain any hardware, deal with shipping, etc.).

Check how a typical user session works in the following video:

With this laboratory, you can program a real Arduino Uno board. It also includes several input and output peripherals, similar to those that are often included in Arduino starter kits. 

Those peripherals include LEDs, switches, buttons, an OLED display, a servo motor, etc.

With this laboratory, you can program a real Arduino Uno board. It also includes several input and output peripherals, similar to those that are often included in Arduino starter kits. 

Those peripherals include LEDs, switches, buttons, an OLED display, a servo motor, etc.

Arduino Robot laboratory lets you carry out experiments with a real robot. Define the robot's logic through programming the Arduno directly, and then upload your program into the robot to see its behaviour through a web camera. You can make your robot avoid walls, compete in line-following races, or any other type of exercise. If you prefer to use a scratch-like visual programming language, try our arduino visual robot laboratory!

Arduino Robot laboratory lets you carry out experiments with a real robot. Define the robot's logic through a blocks-based language (Blockly), and then upload your program into the robot to see its behaviour through a web camera. You can make your robot avoid walls, compete in line-following races, or any other type of exercise. If you prefer to learn using code, you can with the code version. 

Use an online IDE to program ATMEL's ATmega328p microncontroller using assembly language. The ATmega328p is used in the Arduino UNO, which is in fact the board that you will be able to program. Various peripherals are attached, including LEDs, potentiometers and a servo motor, among others.

The hardware is shared with the Arduino Board laboratory, so activities that are possible in that one are also possible here. Additionally, it is possible to combine C source code with the assembly. Naturally, this version of the laboratory, oriented towards assembly, is more complicated to use than other versions of the Arduino lab, and it is oriented towards microprocessor, computer architecture and assembly courses.