What is Double 3?
Double 3 provides a solution for the increasing trend of hybrid work and learning models. It functions as a self-driving, two-wheeled videoconferencing robot, giving remote workers and students a tangible presence in physical spaces like offices and classrooms when they cannot be there in person. This aims to foster a greater sense of connection and participation among colleagues and peers.
Equipped with an array of 3D sensors, the robot navigates autonomously, understanding its environment to avoid obstacles safely. Users can direct the robot using a simple click-to-drive interface, selecting a point on the floor map for the robot to proceed to while automatically diverting around obstructions. Its integrated mixed reality feature overlays virtual objects onto the video feed, helping users understand the robot's perception and identify key locations like charging docks. Communication is facilitated through two 13 Megapixel cameras offering an ultra-wide view, multiple zoom levels, and physical tilt capabilities.
Features
- Self-Driving Navigation: Employs 3D sensors for environmental awareness and autonomous obstacle avoidance.
- Click-to-Drive Interface: Allows users to click on a floor map to direct the robot, which then navigates autonomously.
- Mixed Reality Overlay: Enhances the video stream with virtual 3D objects highlighting waypoints and environmental features.
- Unified Pan-Tilt-Zoom Cameras: Features two 13 Megapixel cameras providing an ultra-wide field of view, multiple zoom levels, and physical tilt functionality.
Use Cases
- Facilitating remote employee participation in office meetings.
- Enabling remote student engagement in physical classrooms.
- Providing virtual tours of facilities or spaces.
- Allowing remote attendance at events or conferences.
- Improving collaboration between on-site and remote team members.
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