No complex programming or professional lighting adjustment experience required—just a simple natural language description:
"Christmas atmosphere" "Romantic proposal scene" "Tech product launch stage"
The system can automatically generate a complete lighting effect plan, including color schemes, dynamic rhythms, spatial atmosphere, and overall style.
This transforms lighting design from a "technical barrier" to "creative expression," greatly improving plan generation efficiency and ensuring creativity is no longer limited by tools.
Space-themed lighting
Festival/event lighting
Exhibition hall atmosphere design
Brand scene creation
Our advanced AI scene generation technology can understand users' natural language descriptions and automatically generate lighting effect plans that match the intended scene atmosphere. Users do not need professional lighting design experience; they can obtain complete lighting styles, color combinations, and dynamic effects by simply inputting a text description.
The system intelligently analyzes the demand characteristics of different application scenarios, such as festival celebrations, commercial displays, cultural tourism night tours, and brand events, quickly generating lighting schemes that match the spatial atmosphere, significantly improving design efficiency and creative expression.
Scene Semantic Understanding: Accurately understands user's natural language descriptions, identifies scene themes and atmosphere requirements.
Automatic Plan Generation: Intelligently generates complete lighting effect combinations based on scene intent.
Multi-scenario Adaptation: Suitable for various application environments like commercial spaces, cultural tourism projects, exhibition halls, etc.
Rapid Creative Realization: Quickly transforms creative concepts into implementable lighting effect plans.
Generate exclusive visual content for pixel screens via natural language description.
Whether it's brand logos, holiday patterns, IP character images, or abstract art styles, content can be quickly generated and directly applied to lighting pixel screens for display, giving each screen unique visual expression.
Home atria pixel screens
Shop window displays
Interactive installations
Brand image presentation
Make lighting not just "illuminate," but "tell a story."
Our AI image generation capability allows users to quickly generate exclusive visual content tailored for pixel screens via natural language description. The system automatically optimizes image structure and presentation based on screen specifications, ensuring good visual performance even on small-scale pixel arrays.
Whether it's holiday-themed graphics, brand element displays, or creative artistic images, they can be quickly generated and directly applied to lighting pixel screens, making lighting a visual focal point in the space.
Natural Language to Image Generation: Generate customized image content through text description.
Pixel Screen Adaptation & Optimization: Automatically matches pixel screen display characteristics to ensure image clarity.
Thematic Content Customization: Supports various themes like holidays, brands, IPs, art styles, etc.
Rapid Content Updates: Change displayed content anytime without design cycles.
Automatically generate lighting animation content via natural language description, adaptable to various lighting carriers such as pixel screens, curtain lights, matrix light arrays.
Holiday-themed animations
Brand launch countdowns
Opening ceremony special effects
Interactive greeting animations
Make lighting the "protagonist" in a space, becoming the core element that attracts attention and creates memorable moments.
Our AI animation generation technology can automatically generate dynamic animation content adapted to lighting carriers based on user's natural language descriptions, enabling lighting not only to "light up" but also to "move."
The system can generate various styles of animation effects for scenes like festivals, brand launches, event performances, and spatial interactions, injecting stronger expressiveness and memorability into spaces.
Natural Language to Animation Generation: Generate lighting animation effects through text description.
Intelligent Dynamic Rhythm Matching: Animation rhythm naturally integrates with spatial atmosphere.
Multi-carrier Adaptation: Suitable for various lighting forms like pixel screens, matrix light arrays, linear light strips.
Efficient Content Production: Significantly lowers the barrier and cycle time for animation content creation.
An intelligent customer service system built upon a lighting control knowledge base, capable of providing customers with round-the-clock professional Q&A service.
Installation and debugging issues
Usage operation questions
Scene configuration guidance
Common troubleshooting
Customers can quickly receive accurate, professional, and clear answers, truly achieving "an expert is always online."
Reduce operation and maintenance costs
Improve user experience
Shorten learning cycles
Increase project delivery efficiency
Our AI intelligent customer service system, based on a structured lighting knowledge base, can provide customers with 24/7 uninterrupted professional technical support.
The system understands users' natural language questions, quickly matches relevant knowledge content, and intelligently organizes and summarizes it to provide customers with clear, understandable, and actionable solutions, comprehensively improving after-sales service efficiency and customer experience.
Professional Knowledge Q&A: Covers full-process questions including installation, debugging, configuration, operation, and maintenance.
Intelligent Semantic Understanding: Accurately understands user question intent and provides targeted answers quickly.
24/7 Service: Online response round-the-clock, providing technical support anytime.
Reduced O&M Costs: Lowers pressure on human customer service, improves service response efficiency.
Utilizes voiceprint recognition technology to achieve true "identity-level voice control."
Only authorized voices can control the lighting system, effectively preventing accidental triggers and unauthorized control, balancing convenience and security.
High-end residences
Private clubs
Smart offices
Intelligent hotels
Access management for important venues
Make the lighting system not only intelligent but also secure and reliable.
Our voiceprint recognition control technology identifies and verifies user voice characteristics to achieve true "identity-level voice control." Only authorized voices can issue control commands to the lighting system, effectively avoiding misoperation and unauthorized control.
This technology provides a higher level of security for high-end scenarios while ensuring a convenient operational experience.
Identity-level Voice Recognition: Performs identity verification through voice characteristics.
Anti-mis-trigger Mechanism: Effectively prevents strangers or environmental noise from triggering control commands.
Convenient Voice Control: Complete lighting control without touching devices.
High-security Guarantee: Suitable for application scenarios with high permission requirements.
We provide users with a powerful local voice wake-up function that enables accurate and fast voice command recognition without a network connection. Utilizing local voice processing technology, this feature allows devices to recognize and respond to specific user voice commands in real-time without cloud support, optimizing the user experience.
Smart Home: Users control home devices via voice wake-up, enhancing life's intelligence.
In-car Systems: Control in-car devices directly through voice wake-up during driving, ensuring driving safety and reducing manual operations.
Local Voice Wake-up: Accurately recognizes specific voice commands locally on the device, enabling a seamless voice triggering experience.
Multi-language & Dialect Support: Supports recognition of various languages and dialects, adapting to users from different regions and cultural backgrounds.
Low Latency Response: Optimized processing speed ensures quick response to voice input, enhancing user interaction fluidity.
No Network Dependency: Efficiently performs voice recognition tasks even in remote areas or unstable network environments.
High Accuracy: Efficient algorithms enable accurate recognition and response to various audio signals, maintaining high recognition rates even in complex noise environments.
Resource Efficient: Local operation significantly reduces dependency on networks and cloud computing, improving device independence and security.
Cross-platform Support: The technology can be widely applied to mobile devices, smart hardware, and other platforms, providing a consistent user experience.
Privacy Protection: All processing is done locally, ensuring user voice data is not leaked, protecting user privacy.
Through continuous optimization of this technology, we aim to provide users with a smarter, more secure, and smoother interactive experience, creating a more futuristic device usage experience.
Our voice detection technology uses local audio processing to accurately detect and recognize sound types in the environment, automatically classifying them and making corresponding responses. Whether in a quiet office or a noisy street, the system can precisely capture target sounds. Combined with sound event recognition technology, smart devices can react based on human voice recognition commands, optimizing speech recognition accuracy and reducing false triggers from noise.
Accurate Human Voice Recognition: Advanced audio processing algorithms enable accurate detection and distinction between human voices and other environmental noise, efficiently recognizing human voices even in noisy backgrounds.
Real-time Processing: All audio data processing is completed locally, ensuring fast response to user commands, reducing latency, and achieving a smooth user experience.
Background Noise Filtering: Automatically identifies and filters out background noise, focusing only on human voices, optimizing speech recognition accuracy, and avoiding false triggers.
Local Data Processing: All audio signal processing is completed locally, requiring no network connection, ensuring system independence and efficiency.
Low Latency & Efficient Response: Due to completely local processing, the local human voice detection system has extremely low latency, enabling instant response to user voice commands and providing a fast, smooth interactive experience.
No Network Dependency: Local processing allows devices to function normally without a network connection. Whether in remote travel areas or places with unstable networks, stable recognition performance is maintained.
Protects User Privacy: Voice data is processed locally, avoiding upload to the cloud and ensuring users' personal data is not leaked, increasing user trust in the device.
Adapts to Complex Environments: Local human voice detection can accurately recognize target human voices in noisy environments like city streets and offices, ensuring recognition precision and maintaining efficient operation even in chaotic backgrounds.
