Positioning & Background
Project Greenflow Lighthouse addresses the need for more dynamic, engaging public utilities by merging cutting-edge design with advanced sensing and AI capabilities. Existing outdoor lights often lack meaningful interaction; Lighthouse redefines urban experiences by seamlessly integrating real-time radar detection, generative music, and vibrant RGBWW illumination.

Solution & Methodology
Drawing on user-centric design, computer science methods, and iterative prototyping, our team implemented an embedded system architecture that leverages millimeter-wave radar and cloud-based AI music generation. User movements and environmental data are processed via edge computing, enabling each Lighthouse to adapt its sound and lighting patterns instantly. Our approach integrates user research, pilot testing, and data-driven refinements to ensure both technical reliability and aesthetic sophistication.

Outcome & Deliverables
The resulting product is a sleek, aluminum-alloy pillar that harmonizes function and form. Beyond illumination, it generates immersive, adaptive soundscapes and mesmerizing light patterns. This multi-sensory experience not only elevates the ambiance of public gardens or city plazas but also demonstrates the potential for large-scale AI-driven installations to enhance community engagement. In collaboration with academic partners, a formal research paper has been published, underscoring Lighthouse’s novel contributions to multimodal interaction design.

定位与背景
Project Greenflow Lighthouse 旨在突破传统公共照明的局限，将前沿设计与传感技术、AI能力完美融合。当前市场上的户外照明设施多缺乏互动性，Lighthouse 借助实时毫米波雷达检测、AI音乐生成与炫彩灯光，将城市公共空间演变为交互式体验场。

解决方案与方法论
通过以用户为中心的设计思维、计算机科学算法研发及多轮迭代原型测试，我们构建了一个嵌入式系统：利用毫米波雷达和云端AI音乐生成服务，实时获取并分析环境及用户行为数据，实现灯光与音效的智能自适应。团队在项目过程中开展了用户访谈、功能测试及数据分析，不断优化技术稳定性与视觉/听觉表现。

最终呈现与成果
Lighthouse 采用一体式铝合金外壳，实现了兼具功能性与艺术感的工业设计。它不仅提供照明，更在用户接近时播放即时生成的音乐，并呈现沉浸式的动态光影效果。此多感官融合的体验为公共场所（如屋顶花园、城市广场）注入活力，也从学术角度证明了 AI 在大规模公共交互中的潜力。项目已成功发表在相关学术论文中，为多模态交互设计领域增添了新的研究案例与思考方向。