OrionStar GreetingBot Nova – Advanced AI Reception, Guidance & Customer Engagement Robot
The OrionStar GreetingBot Nova is a powerful AI-driven service robot designed to transform customer interactions in commercial, hospitality, healthcare, educational, and corporate environments. Combining intelligent reception services, autonomous navigation, dynamic digital promotion, and advanced AI communication capabilities, GreetingBot Nova delivers a modern and highly engaging customer experience while helping organizations improve operational efficiency and reduce labor costs.
Built on OrionStar's proprietary RobotOS platform, GreetingBot Nova serves as an intelligent reception assistant, digital guide, promotional ambassador, and information center. Its advanced hardware architecture, rich connectivity options, and open development platform make it suitable for a wide variety of industries and custom business applications.
Intelligent Reception and Visitor Management
GreetingBot Nova is designed to welcome visitors, provide information, answer questions, and guide guests throughout facilities using natural voice interaction and autonomous navigation.
- Automated visitor reception
- Active greeting capabilities
- Customer guidance and navigation
- Visitor information services
- AI-powered interaction
- Personalized customer engagement
- Professional reception experience
The robot actively detects and approaches visitors, ensuring no guest is overlooked and creating a welcoming experience from the moment they arrive.
14-Inch Full HD Interactive Display
Equipped with a high-resolution 14-inch Full HD display, GreetingBot Nova provides a visually engaging platform for customer interaction, information sharing, promotions, and service delivery.
- 14-inch Full HD display
- High-definition multimedia presentation
- Interactive customer interface
- Promotional content display
- Digital information services
- Advertising and marketing support
The large display allows businesses to communicate effectively with visitors through videos, product information, announcements, directions, and interactive content.
Powerful Qualcomm Computing Platform
GreetingBot Nova is powered by the Qualcomm Snapdragon 845 octa-core processor, providing exceptional performance for AI interactions, autonomous navigation, and complex operational tasks.
- Qualcomm Snapdragon 845 platform
- Octa-core processing architecture
- Fast and responsive AI interaction
- Stable commercial operation
- High-performance computing power
- Reliable multitasking capabilities
Advanced Voice Recognition Technology
The robot features a professional six-microphone circular array capable of delivering highly accurate voice recognition even in challenging acoustic environments.
- 360° microphone array
- Six-microphone voice pickup system
- Over 97% speech recognition accuracy
- Reliable operation in environments up to 75 dB
- Natural voice communication
- Long-range voice interaction
This advanced audio system allows visitors to interact naturally with the robot in busy environments such as hotels, shopping malls, hospitals, and exhibitions.
Premium Dual-Camera Vision System
GreetingBot Nova incorporates an advanced vision system for customer detection, facial interaction, and environmental awareness.
- 13 MP high-definition camera
- Wide-angle dual-camera system
- Face-to-face customer interaction
- People detection and tracking
- Enhanced environmental awareness
- Improved navigation accuracy
The intelligent vision system enables the robot to identify visitors, maintain engagement, and interact in a natural and personalized manner.
Rich Hardware Interfaces and Expandability
The Nova model has been designed for maximum flexibility and easy integration into business-specific applications.
- USB 2.0 interfaces
- USB Type-C connectivity
- Ethernet LAN support
- Power interfaces for peripherals
- Internal cable management
- Support for additional devices and accessories
The rich hardware architecture allows businesses to integrate scanners, payment systems, information terminals, and other customized solutions.
Advanced Autonomous Navigation
GreetingBot Nova uses an advanced navigation system that combines LiDAR, depth vision technology, cameras, odometry sensors, and intelligent motion algorithms.
- LiDAR-based navigation
- Three depth vision cameras
- Dual fisheye cameras
- Infrared perception system
- Intelligent obstacle avoidance
- Autonomous path planning
- Smart close-follow functionality
The robot navigates safely and efficiently through offices, hotels, shopping malls, hospitals, schools, exhibition centers, and other complex indoor spaces.
Marker-Free V-SLAM 2.0 Technology
One of GreetingBot Nova's most advanced features is its V-SLAM 2.0 navigation technology, which allows accurate localization without requiring artificial floor markers or navigation beacons.
- Marker-free navigation
- Real-time positioning
- Dynamic environment adaptation
- Stable operation under changing conditions
- Enhanced localization accuracy
- Reduced deployment complexity
The system continuously updates environmental data, ensuring robust navigation even when furniture layouts or lighting conditions change.
Multiple Functional Modes
GreetingBot Nova combines several business functions into a single intelligent platform.
- Reception services
- Tour guide functionality
- Intelligent Q&A services
- Digital promotion and advertising
- Customer guidance
- Interactive information services
- Marketing assistance
Dynamic Marketing and Promotion
The robot actively supports sales and marketing efforts by delivering promotional content and engaging customers throughout their journey.
- Advertising playback
- Promotional broadcasts
- Product recommendations
- Gift card promotions
- Coupon distribution support
- Store recommendations
- Brand awareness campaigns
Businesses can use Nova as both a service robot and an interactive marketing platform that attracts customer attention and increases engagement.
Multilingual AI Communication
GreetingBot Nova supports over 30 languages and can be customized to meet the needs of international organizations and diverse visitor groups.
- 30+ language support
- Multilingual customer assistance
- Custom language broadcasting
- International visitor support
- AI conversational interaction
Open Development Ecosystem
Powered by OrionStar RobotOS, GreetingBot Nova provides one of the industry's most flexible development platforms.
- Android SDK support
- 50 server-side APIs
- 23 client-side APIs
- Rapid application development
- Third-party platform integration
- Custom business solutions
Organizations can easily extend functionality and create industry-specific applications while significantly reducing development costs.
Automatic Charging and Continuous Operation
Built for full-day commercial operation, GreetingBot Nova automatically returns to its charging station whenever battery capacity becomes low.
- Automatic return-to-charge
- Fast charging within approximately 4.5 hours
- Up to 12 hours operating time
- Continuous commercial deployment
- 24/7 service capability
Ideal Applications
- Hotels and resorts
- Corporate offices
- Shopping malls
- Retail stores
- Restaurants
- Hospitals and healthcare facilities
- Nursing homes
- Schools and universities
- Exhibition centers
- Museums
- Transportation hubs
- Government institutions
Technical Specifications
- Dimensions: 558 × 525 × 1350 mm
- Weight: 56 kg
- Display: 14-inch Full HD Screen
- Processor: Qualcomm 8-Core Platform + Industrial MCU
- Load Capacity: 5 kg chest compartment
- Minimum Passage Width: 70 cm
- Navigation System: LiDAR + Vision Cameras + IMU
- Microphone Array: 6 microphones with 5 m sound pickup range
- Battery Life: Up to 12 hours
- Charging Time: Approx. 4.5 hours
- Connectivity: Wi-Fi 2.4G / 5G, 4G Support
- Interfaces: USB, Type-C, Ethernet, DC Power
The OrionStar GreetingBot Nova combines intelligent customer service, advanced autonomous navigation, powerful AI communication, dynamic marketing capabilities, and extensive customization options into a single professional service robot, making it an ideal solution for organizations seeking to modernize visitor engagement and operational efficiency.
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