Real engineering experiments, wherever you are

Remote
Labs.

Write your code. Run it on a real board. See your idea work.

Remote embedded systems and IoT labs, with a live view of your hardware and your program's output in the browser.

Request free trial access Explore the labs
Physical hardware. Hands-on learning.
From code to experimentESP32STM32Serial MonitorBluetooth & BLELive camera

See Remote Labs in action

Explore the hardware

Your lab starts with a real board.

Explore what you can build and test. Available boards and peripherals depend on your assigned station.

Illustrative render of an ESP32 development board
ESP32Wireless connectivity projects

Internet of Things lab

ESP32

Explore connected sensors, displays and wireless communication with ESP32.

  • Firmware upload and Serial output
  • Bluetooth SPP testing and BLE exploration
  • Wi-Fi tests on equipped stations
  • Camera view of the board and peripherals
Go to your station

During your experiment

See what program output cannot tell you.

A success message is not always the whole story. Watch the LED, display, or peripheral respond, and compare it with your program's output.

01

The result, in view

Compare the board's visible behaviour with the result you expected.

02

A conversation with your code

Use your program's output to investigate unexpected behaviour.

03

Change. Test. Compare.

Try a change and compare its effect on the next run.

Ideas for your next experiment

Depending on the board and connected peripherals
ESP32 / STM32

From command to response

Send a command to change an LED state. Check the output message and the visible result together.

ESP32

Messages over Bluetooth

Test sending and receiving data over SPP, or reading BLE characteristics.

ESP32 / STM32

Data you can see

Show a sensor reading on a connected display and compare it with the data in Serial Monitor.

From your idea to the hardware

Three steps to your experiment.

You write the code with your tools. We connect it to the lab.

01 /

Prepare your program

Build your project for the right board and prepare the firmware files from your development environment.

02 /

Open your station

Sign in with your provided account, open your assigned station, and upload your files.

03 /

Test the result

Watch the hardware and Serial Monitor, interact with your program, and refine it when needed.

Before you start

Good questions.

Is this physical hardware or a simulator?

Physical hardware connected to a lab station. Your program is uploaded to the device, and the camera lets you observe the experiment.

Do I need a board at home?

You do not need a local board. You need an account, an assigned station, internet access, and the tools to build your program on your computer.

Which boards are currently supported?

ESP32 and STM32F103C8T6 Blue Pill. Bluetooth, Wi-Fi, and peripheral support depend on the board and how the station is equipped.

How do I get an account?

Select Request free trial access and leave your name and email. We'll review your request and contact you to arrange a session, subject to station availability. Once access is arranged, we'll provide your account details and assign a station.

Is trial access free?

Yes. You can request a free trial session. Sessions are arranged manually and depend on station availability.

Ready to experiment?

Put your idea to work.

Leave your name and email. We'll contact you to arrange your free lab session, subject to station availability.

Request free trial access

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