Embedded and IoT learning kits for schools and universities — four boards that take students from reading a sensor to switching real loads and streaming a camera.
Each kit focuses on one domain of embedded and IoT systems — what's on the board, and what students take away from it.
PIR, accelerometer, temperature, gas, light and microphone — read the world.
Wireless and wired links between devices — the connective tissue of every IoT system.
4-channel mains switching — control lights, motors and appliances.
ESP32-CAM with SD card — capture, stream and step into vision & AI.
The four domains build on each other the same way a real connected device does: sense the world, share the data, act on it, then see.
Start by reading the physical world — motion, heat, gas, light and sound become data.
Move that data between devices and up to the cloud over wireless and wired links.
Close the loop: let decisions switch real lights, motors and appliances.
Add vision — capture and stream images, then take first steps into AI.
The same four boards, used differently depending on who is learning.
Clear, hands-on boards that turn STEM lessons into working projects — a motion sensor that triggers, a light that switches, a camera that streams.
Engineering students work with the same ESP32 engineering core we use in our shipping boards — sensing, communication, switching and vision.
Equip a lab with sets of kits, and pair them with training from Incrix University — workshops, value-added courses and faculty development.
Every product reuses one engineering core — real-time control, ESP32 connectivity and a connected-fleet cloud. The kits aren't a separate toy line — they're built on the same foundation as Horizon and Twinedge.
See the boardsFor anything else — lab plans, quantities, training — just ask.
