A Toy User Interface (ToyUI) is a setup that combines smart toy components with other hardware and software components to enhance the player’s experience. We propose a novel Rapid Prototyping Tool to facilitate the development of smart toy components so that creative teams can focus on design improvements. IoT4Fun is a hardware toolkit that supports distributed data collection through wireless communication and contactless identification. It can support a range of play and interface features and limit personal data acquisition by collecting motion tracking information. We compare IoT4Fun single and modular toolkits by embedding them into ToyUI prototypes. The modular toolkit demonstrates more appropriate than the single-board version to design a variety of smart toy components when embedded into different shapes and sizes. A technical assessment compares battery consumption and identifies vulnerabilities of the modular toolkit. Ongoing improvements cover miniaturization, robustness, and designing a secure Application Programming Interface for easier development.

玩具用户界面（ToyUI）是将智能玩具组件与其他硬件和软件组件结合在一起的设置，以增强播放器的体验。我们提出了一种新颖的快速原型开发工具，以促进智能玩具组件的开发，从而使创意团队可以专注于设计改进。IoT4Fun是一个硬件工具包，支持通过无线通信和非接触式识别进行分布式数据收集。它可以支持多种播放和界面功能，并通过收集运动跟踪信息来限制个人数据的获取。通过将IoT4Fun单个和模块化工具箱嵌入ToyUI原型中，我们将它们进行了比较。当嵌入到不同形状和尺寸的情况下，模块化工具箱展示出比单板版本更适合设计各种智能玩具组件。技术评估会比较电池消耗并确定模块化工具包的漏洞。正在进行的改进包括小型化，鲁棒性，以及设计安全的应用程序编程接口以简化开发。