Reception & Guiding
Reception & Guiding
Reception & Guiding
UniX AI Smart Reception & Guidance Robot is designed for high-traffic environments such as office buildings, hotels, and exhibition halls, integrating visitor greeting, wayfinding, inquiry handling, guided tours, and interactive services in one solution. The robot autonomously recognizes visitors—proactively managing reception and registration in office lobbies with precise guidance and responses. In exhibition spaces, it plans tour routes, delivers engaging explanations, and supports multi-point presentations with real-time Q&A. Seamlessly integrated with backend systems, it enables a closed-loop service workflow that significantly improves reception efficiency and overall service experience.
  • 01
    Reception & Consultation
    Guides checked-in visitors to waiting areas and provides on-demand services such as voice inquiries or fetching items.
    Reception & Consultation
  • 02
    Smart Exhibition Guide
    Plans tour routes, delivers clear explanations, and answers questions for an interactive visitor experience.
    Smart Exhibition Guide
  • 03
    Delivery
    Autonomously navigates complex buildings, rides elevators, and delivers items precisely to designated locations.
     Delivery
  • 04
    Lobby Patrol
    Performs autonomous patrols, detects risks via vision and infrared sensing, and alerts building security systems in real time.
    Lobby Patrol
Video
  • Multi-Scenario
    Deployment Capability
    We provide scenario-based solutions for reception,security,
    elderly care, companionship, entertainment , research & education
  • High Configurability
    And Modular Expansion
    With fully open software and hardware interfaces,Wanda supports
    customization for research, education, and various industry applications.
FLEXIBLE AND EFFICIENT
REMOTE TELEOPERATION CAPABILITY
  • Proprietary Remote Teleoperation System

    Supports both local and remote real-time control. With a high-bandwidth communication architecture, public network latency is reduced to the millisecond level, enabling users to remotely operate robots to perform complex tasks.