Solution Objective

To provide Decor AR Mirrors with an innovative, practical, and engaging augmented reality (AR) customization solution that enhances user interaction and decorative effects, catering to diverse scenarios and user needs.

Hardware Selection

Processor
Considering the computational demands of AR applications, mainstream Qualcomm or MediaTek chip platforms can be adopted. For instance, MediaTek’s chips utilize advanced 6nm process technology, featuring an octa-core CPU with a 2.0GHz main frequency. They deliver significant performance improvements in both general-purpose computing and AIoT computing platforms, along with a dedicated NPU unit, supporting 2K@30fps video decoding.

Memory Configuration
A storage combination of 4GB RAM and 64GB ROM ensures smooth operation of the Android 11.0 operating system, guaranteeing system fluidity and stability.

Optical Display Module
Diffractive waveguide technology is employed for its advantages of being lightweight, offering a wide field of view (FOV), broad eye-movement range, and low mass-production costs, delivering an immersive visual experience. For example, a 0.68-inch Sony OLED screen can be used, with a resolution of 1920×1200, a refresh rate of up to 120Hz, peak brightness of 600 nits, an ultra-high contrast ratio of 100,000:1, and 108% sRGB color gamut coverage, providing a wider FOV and a comfortable visual experience.

Camera
Equipped with a 13-megapixel professional-grade camera, it enhances photo capture and recognition performance while improving image and video quality. It supports dual MIPI camera interfaces (5MP IR + 13MP camera) and 1080P/30fps video recording.

Sensors
Integrated sensors such as proximity sensors, barometers, gyroscopes, accelerometers, and magnetometers. Supported by large-scale AI models, these sensors enable real-time image and graphics analysis, assisting users with object recognition, speech prompts, real-time translation, navigation, and other functions.

Functional Design

Scene Simulation
Users can preview different decoration styles (e.g., vintage, modern minimalism, European luxury) in their space via the AR mirror. The mirror accurately overlays virtual decorative elements onto the real environment based on the space’s dimensions and layout, offering an intuitive visualization.

Real-Time Matching
An extensive library of decorative items (e.g., furniture, lighting, wallpaper, ornaments) is provided. Users can select and combine items in real time, with the mirror instantly displaying the overall effect, helping them find the most suitable design.

Virtual Shopping Guide
When users show interest in a specific decorative item, the AR mirror can display detailed information (e.g., price, material, purchasing channels). It can also recommend similar items based on user preferences and budgets, enabling intelligent shopping assistance.

Interactive Sharing
Users can save their customized decoration designs and share them with friends and family via social media, gathering feedback and suggestions to enhance interactivity and fun.

Development Steps

User Needs Collection
Understand user requirements regarding usage scenarios, functional needs, and aesthetic design (e.g., home decor, commercial spaces, or exhibition displays).

Product Planning
Based on collected user needs, develop a product plan covering hardware specifications, software features, and design. Define the technical framework and algorithms to ensure system stability and performance.

Manufacturing
Produce hardware and develop software according to the product plan. Ensure quality through rigorous hardware testing and debugging, as well as software functionality optimization.

Testing and Refinement
Conduct comprehensive pre-market testing, including functional, performance, and compatibility tests. Gather user feedback for further optimization, ensuring optimal product performance and user experience.

After-Sales Service
Provide high-quality after-sales support to address user issues. Regular updates and maintenance, including new features and decorative item libraries, will keep the product competitive and appealing.

Content Ecosystem Development

Integration with ChatGPT
Incorporate ChatGPT technology for intelligent voice interaction. Users can operate the mirror via voice commands, inquire about decoration advice (e.g., color matching, space utilization), and receive instant responses, enhancing the user experience.

Third-Party App Integration
Collaborate with home furnishing e-commerce platforms and design studios to expand decorative resources and professional services. Users can directly purchase items or book professional designers through the AR mirror, enriching the product ecosystem.