Thirty robots. Thirty students. One teacher. Without software, that's chaos. With Kintrix OS, it's a symphony — every board visible, every student trackable, every firmware update one click away.
Picture it: thirty desks, thirty robots, thirty students claiming "it's not working." Without a dashboard, you're walking desk to desk, plugging in USB cables, guessing which board has a flat battery and which one just needs a reboot. That's not teaching — that's triage.
Kintrix OS replaces the guesswork with live data. Every sensor reading, every battery level, every line of student code — surfaced in one browser tab. No installs. No dongles. Just clarity.
Temperature, distance, light level, IMU orientation, motor current — streamed live from every robot in the room. A single glance tells you which group is thriving and which one has a sensor reading that doesn't look right. No more "my robot is broken" without evidence.
Wrote a new lesson that needs updated firmware? Push it to every board in the room simultaneously — over Wi-Fi. No cables. No SD cards. No walking between desks with a laptop like it's 2004.
Pair new boards with a QR scan. Assign robots to students or groups. Monitor battery health, uptime, and connection status. Decommission a damaged unit without losing its data. Fleet management, education-scale.
Every challenge attempted, every milestone reached, every line of code deployed — logged and visualised. Teachers see who's racing ahead and who needs a hand, without asking a single question.
Under the surface, Kintrix OS runs on an industry-standard real-time scheduler. That means deterministic task timing, hardware-level peripheral access, and the same foundations used in commercial IoT products. It's not a toy runtime — it's an industry-grade foundation wearing a classroom-friendly interface.
The Kintrix dashboard is a live map of your classroom. Here's what you see the moment you open it.
Every robot rendered as a status card — colour-coded by health. Green means running. Amber means low battery. Red means offline. You know the state of the room before you've taken a step.
Click any robot to see its sensors in real time — distance, temperature, ambient light, accelerometer axes, motor RPM. Data refreshes every 100 ms. It's like a heartbeat monitor, but for robots.
A visual grid showing which curriculum challenges each student has completed. Spot patterns instantly — if half the class is stuck on the same task, maybe the task needs a better hint, not the students.
Kintrix doesn't lock you into a proprietary IDE or a dumbed-down block editor. The board supports multiple industry-standard frameworks — so students write real code from day one, at whatever level suits them.
Block-based coding and scripting languages with instant feedback. No compilation, no friction.
Text-based coding with full hardware access. Functions, loops, libraries — real engineering concepts.
Real-time task scheduling, hardware timers, DMA, and peripheral drivers. The professional path.
Most robotics kits ship a board and a manual. They expect teachers to figure out deployment, debugging, and student tracking on their own. That's like handing someone a fleet of delivery trucks with no dispatch system.
Book a live walkthrough and we'll show you the dashboard running a simulated classroom of 30 robots — sensor feeds, OTA updates, the whole thing. No slides. Just software.