A science lab in virtual reality, one subject at a time.
One Hone VR platform: the student practises in the headset, an AI supports them and evaluates every action, the teacher follows each student from the dashboard. Each subject is a lab on this same platform.
Choose a lab.
Each lab is a series of cases, precise hands-on tasks. We do not sell a fixed catalogue: the cases in your curriculum that do not exist yet, we build, and they then stay available to you.
IoT VR Lab
Demo availableWire it, code it, understand it. Without frying a single component.
The student builds a real circuit on a virtual workbench: an Arduino Uno-type board, breadboard, wires, LED. They write the code that drives the board, and an AI supports them, then evaluates their wiring and code.
- 01
Wire the circuit
They pick up a wire and plug it into the right pin on the board and the breadboard. The circuit is built like on a real bench.
- 02
Write the code
They assemble the Arduino program from ready-made blocks, write it themselves, or ask the AI for help.
- 03
See the result
If the circuit and the code are right, the LED blinks. A signal analyser shows live what the pin is sending.
- 04
Get evaluated
The AI reads the wiring and the code, then explains what works, what does not, and why.
- Arduino Uno-type board, breadboard, wires and LEDs
- Arduino code from ready-made blocks or written freely
- Live signal analyser inside the lab
- Make an LED blinkAvailable
- Sensors and servo motorOn request
- The circuits from your curriculumOn request
Try the loop yourself.
Pick the pin: the AI evaluates your choice and explains it, exactly as it would for a student in session. Below, the full demo in the headset and the teacher’s dashboard.
Connect it to the correct pin on the sensor.
Pick a pin above. The AI evaluates your choice and explains it, exactly as it would for a student.
Virtual labs you actually handle
The student handles the equipment of their discipline with their hands, in VR, and repeats the gesture as many times as needed. When the action is right, the virtual equipment really reacts. Nothing breaks, nothing wears out, nobody waits their turn.
- One scenario per trade, built with the institution
- Real-time visual feedback, the correct action produces a visible result
- Natural physical interaction via XR Interaction Toolkit and OpenXR
Unity 6 · XR Toolkit · OpenXR
An AI that grades the gesture, not the memory
A large language model analyses the task in real time, assigns an objective score, pinpoints the mistake and explains in plain language what is wrong and why.
- Instant evaluation, on every action
- Feedback in natural language, not just a score
- Objective and reproducible, the same mistake, the same score
Groq · Llama 3.1 · Natural language
"The first three steps are correct. You reversed the order of the last two: the microcontroller must be configured before wiring, otherwise the pin becomes inaccessible. Go back to step 4."
The data instructors never had
A multi-role web dashboard, student, instructor, administrator, with detailed analytics per learner. The instructor sees exactly where each student is stuck, what they have mastered, and how the group is progressing.
- Three roles: student, instructor, administrator
- Individual progress and a group-wide view
- Automatic detection of blocking points
Next.js · Supabase
We do not replace your equipment. We multiply it.
Thirty students practise safely in VR, then run their solution on the one real piece of equipment the institution owns. Students with no access to the lab still practise. We fit into your existing teaching, we do not ask you to change it.
This is the most important message for clubs and under-equipped labs.
A standalone headset. Nothing else.
Hone VR runs on off-the-shelf VR headsets via OpenXR. No workstation to buy, no room to rewire, no heavy infrastructure to maintain at the institution.
Ready to multiply your lab?
Request a demo and see how Hone VR fits into your existing teaching.