UNIHIKER K10 Box PlatformIOv1.0.1

K-12 schools and universities use the UNIHIKER K10 box to teach sensor integration, embedded programming, and human-computer interaction. LVGL dashboards visualize environmental data, making abstract concepts tangible for students in physics and computer science classes.

Hardware startups and R&D teams leverage the K10 box's sensors, actuators, and display to rapidly prototype IoT devices. The PlatformIO environment enables quick validation of sensor data fusion, motor control, and audio-reactive visualizations before moving to custom hardware.

Technical training centers for automation use the K10 box to teach PLC-like logic, motor control, and sensor integration in a safe, compact platform. Trainees practice debugging I2C devices and implementing non-blocking control loops, building skills applicable to real factory environments.

Digital artists and hobbyists create interactive installations using the microphone FFT visualizer to drive box LEDs and motors. The K10 box provides an accessible platform for sound-reactive art projects in galleries, maker fairs, or home ambient lighting.

Rehabilitation centers develop assistive devices using the QMI8658 six-axis IMU for tilt or motion-controlled exercises. The LVGL interface provides real-time feedback, helping patients with guided physical therapy routines.

Selling the K10 box and complementary sensors or actuators as kits for educational institutions or hobbyists. Revenue comes from one-time hardware sales and potentially recurring sales of additional components.

Offering premium software libraries or advanced dashboard templates for the K10 box, possibly via a subscription. Revenue streams include licensing fees, subscriptions for updates, and support services.

Providing technical training, custom development, or integration services to companies adopting the K10 box for product development or educational programs. Revenue is generated through service fees and consulting contracts.