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The goal of this project was to explore a much simpler and faster approach to object recognition using the UNIHIKER K10 development board.
Meet AI Buddy, an open-source AI chatbot built around the DFRobot UNIHIKER K10 and the Xiaozhi Framework.
This project successfully demonstrates that the Unihiker K10 board, despite being AI-oriented, can effectively utilize standard Arduino libraries for creating traditional electronics projects.
The UNIHIKER K10 is now fully compatible with major programming platforms.
AI Bunny is a cute, educational, interactive companion in a 3D-printed bunny enclosure. It listens, speaks, responds, teaches—practicing language, storytelling, educational games, answering questions. This DIY device brings edge AI to life for kids and grownups.
When working on the UNIHIKER K10 AI vision recognition project, we often need to recognize our own face or point the camera in a different direction. However, since the K10's camera is fixed on the board, this can be difficult. To solve this, we can use a 24-pin FPC Extension Board and an FPC cable.
This tutorial is ideal for students, hobbyists, or educators who want to integrate precise distance sensing into projects such as robotics, automation, obstacle detection, or smart measuring tools.
The successful integration of TFT_eSPI and Adafruit sensor libraries proves this AI-focused board has untapped potential for traditional microcontroller applications.
Wake up your AI friend and do some small talk. You can now use ‘Javis’ to wake up Xiaozhi and talk to it. Have fun with UNIHIKER K10 and xiaozhi.
IntroductionThis project showcases an AI-powered gas detection device based on the DFRobot UNIHIKER K10.
Learn how to build a smart, gesture-controlled magic wand using UNIHIKER K10’s AI-powered accelerometer, Edge Impulse models, and ESP-NOW communication for creative applications.
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