Blocks
Full Scratch 3.0 blocks for games, stories and animations, plus Arduino, AI and robotics extensions.
For teachers and tech coordinators
Every tool, in detail.
The 11 creative tools, the AI extensions, the simulator and the Blockduino kit, with real screens from Livit Studio.
The tools
11 creative tools. One login.
Games, apps, websites, robots, circuits, 3D models and AI projects all live in Livit Studio, so students never switch tools and teachers never juggle accounts.
Junior Blocks
Icon blocks for ages 5–7. No reading needed.
Arduino C++
Real Arduino C++ with a built-in simulator. Upload to a real board with Livit Studio Link (Windows).
Mobile Apps
Design a real phone app with blocks: screens, buttons, charts and more.
Python Engine
Real Python in the browser, with charts, files and windows.
Python 2D
Code sprites and games in Python: sprite.move(10).
Web
HTML, CSS and JavaScript with a live preview.
XR Engine
Build 3D worlds and VR / AR experiences with blocks.
Qubi Robotics
Program a virtual robot through missions in a 3D world, then see it in AR on a phone.
3D Designer
24 shapes, holes and groups. Export STL, OBJ or GLB to print.
IoT Lab
Turn a board into a live dashboard of gauges, charts and switches.
Qubi Kids
Robotics and logic for young learners.
Coming soon
From blocks to real code
One idea, three languages.
Moving up the path doesn't mean starting over. The same program is written in blocks, then Python, then Arduino C++. The thinking stays the same; only the language grows up.
Press the green flag, then switch tabs.
AI literacy
AI your students actually build.
Students don't just use AI. They train a model on their own photos, sounds or poses, and it runs on the school's own devices. Ten AI extensions let their projects see, hear and talk.
The AI extensions, as students see them in Livit Studio
Hands-on
“Do we need to buy a lot of hardware?”
Simulation first. Real hardware when it adds value.
Every student starts in the simulator, on the laptops, Chromebooks and tablets you already own. You add hardware when you choose to, never just to start.
Step 1 Build and test in the simulator
The Blockduino simulator
Every module of the real kit, on screen. Students write the program and watch the LCD, LEDs, matrix, buzzer and servo respond, with sliders for the sensors. Live Mode gives instant feedback; Upload Mode compiles real C++.
LCD5×5 matrixServoUltrasonicPin map
Virtual robots
Program Qubi through missions in a 3D world, then place it on the classroom floor in AR on a supported Android phone.
MissionsBlocks → PythonPhone AR
3D Designer
24 shapes, holes and groups on a workplane you can orbit, exported straight to a 3D printer.
STLOBJGLB
Circuit Lab
Drag parts, wire them to a simulated Arduino Uno and run the real firmware.
LED7-segmentBuzzerSerial monitor
Step 2 Take the same code onto a real board
The all-in-one Arduino learning kit.
13 modules, zero wiring. The program students tested in the simulator runs on Blockduino unchanged, so lessons move from the screen to real lights, sounds and motors.
- Three levels: picture blocks, then blocks, then real Arduino C++.
- Live Mode for instant feedback, and Upload Mode to compile and upload real C++.
- AI-powered: control it with your hands, body, face and voice.
- 250+ lessons and three manuals.
