As AI digital human technology moves from visual presentation toward more practical and scenario-based applications, interactive terminals are also evolving beyond fixed screens. Zhongrong Xinhang’s Mobile Digital Human brings digital human interaction together with an autonomous mobile platform, creating a new approach to intelligent presentation, guided explanation, and human-machine interaction.

One of the product’s key visual features is its OLED self-emissive display technology. The display is designed to deliver rich colors, strong contrast, clear image layering, and fast refresh performance. Its transparent luminous presentation further strengthens the visual impact of the digital human, helping the virtual figure appear more naturally integrated with the physical device.

Interaction is another important part of the product concept. The Mobile Digital Human supports capacitive touch, allowing users to interact directly with the device. It can also connect with third-party digital human systems, enabling the mobile platform and digital human technology to work together. When the required third-party digital human software is connected to the underlying system, the device can support stopping at designated positions for digital explanations or presentations.

Mobility expands the possibilities of digital human applications. Rather than remaining in a fixed location, the device supports automatic route setting and autonomous movement. A fixed-route mode allows the robot to travel along a planned route and move between predefined points. A map mode enables it to follow an imported route map, while a shortest-route mode allows the system to travel between designated points using the shortest planned path.

To support movement in real environments, the Mobile Digital Human also features intelligent obstacle avoidance. The robot can detect obstacles around its travel path and automatically adjust its movement to help reduce the risk of collision. This allows digital human interaction to extend into environments where a mobile presentation or guided service terminal is required.

Power management is designed around autonomous operation as well. The product uses a built-in lithium iron phosphate battery and supports an automatic return-to-charge function. When battery power reaches the preset warning level, the robot can return to its charging station without requiring manual charging operation.

By combining OLED visual presentation, touch interaction, route-based mobility, obstacle avoidance, digital human system connectivity, and automatic charging, Zhongrong Xinhang’s Mobile Digital Human reflects the continuing shift toward more flexible AI interaction terminals. Instead of treating a digital human as only a virtual image on a stationary display, the product provides a physical mobile platform that can bring digital interaction closer to users in real-world environments.