This development kit combines a readytouse computing platform with builtin interactive functions to accelerate learning and prototyping for robotics, vision, and sensor projects. Key benefits Ready for handson learning and rapid prototyping: play builtin games such as target tracking and smart carrier to learn core concepts, then move quickly into custom development with Python. Reduces setup time: integrated performance Raspberry Pi 4B board provides the computing power you need out of the box, while abundant tutorials and opensource code guide development. Accessible for all skill levels: dual control methods and Python support let beginners start with preset demos and advanced users create custom applications. Flexible for real projects: faceactivation and group control features enable interactive demos, multiunit coordination, and practical automation prototypes. What it does Interactive functions: target tracking, smart carrier mode, faceactivation, group control, and other builtin demos for testing vision and motion workflows. Development platform: integrated Raspberry Pi 4B board with Python support for custom algorithms, sensor integration, and automation logic. Learning resources: extensive tutorials and opensource example code to shorten the learning curve and support classroom or study. Key attributes Function: visiondriven interaction, multiunit coordination, and sensorready development platform. Compatibility: native Python support and a Raspberry Pi 4B computing environment for wide software compatibility and easy extension. Size: compact form factor suitable for desktop labs, classrooms, and small prototyping stations. Material and build: designed for educational and development use with accessible interfaces for sensors and actuators. Performance: performance singleboard computer included to handle realtime vision and control tasks. Practical use scenarios 1) STEM classroom exercise: Use the target tracking and smart carrier demos to teach students basic concepts in computer vision, control, and feedback, then have students implement modifications in Python. 2) Interactive demo or kiosk: Deploy faceactivation to trigger content or actions and use group control to synchronize multiple units for staged demonstrations. 3) Robotics prototyping: Integrate additional sensors and use visual picking workflows to prototype pickandplace tasks or automated sorting systems. Why it stands out Combines readymade interactive demos with a full development environment to move from learning to real projects. Includes extensive documentation and opensource examples to reduce development time and help users of varying skill levels succeed. Supports both individual experimentation and coordinated multiunit applications through faceactivation and group control features. What you get A compact development kit with an integrated Raspberry Pi 4B board, Python support, builtin vision and control demos, and a library of tutorials and opensource code for secondary development. This kit is intended for education, prototyping, and secondary development projects that involve vision, sensors, and multiunit coordination.