The Indoor 3D Navigation System is a system designed for indoor route guidance. With the construction of various large public spaces, finding destinations within these venues has become increasingly complex. However, with the use of this indoor navigation system, indoor wayfinding becomes much simpler and more convenient.

The software is developed using the WPF framework, offering excellent compatibility and adaptability, and supports both Windows and Android systems. It is used in conjunction with touch all-in-one machines, which are available in vertical standing screens and horizontal all-in-one models. The appearance and size can be customized as needed, and logos or names can be added to the casing to enhance its premium look.

The Indoor 3D Navigation System creates 3D models based on CAD drawings, resulting in highly three-dimensional map effects. Users can perform gesture operations such as zooming, panning, and rotating. The map displays information such as store names, brand logos, and public facilities on each floor. Public facility icons can be customized, added, and edited through the backend.

When users select a desired destination on the map, the system provides dynamic path guidance from their current location to the target facility, including support for cross-floor navigation. The path clearly indicates the locations of elevators and escalators, making the guidance easy to understand. After confirming the navigation path, users can scan a QR code with their mobile phones to save and view the map.

The interface of the Indoor 3D Navigation System is visually appealing and intuitive. The atrium area of the map features a hollowed-out design, enhancing the three-dimensional effect. The background image of the interface can be replaced, and facilities and brands can be customized and added later. Users can also draw navigation paths with ease, making the system highly practical and user-friendly.

In addition to navigation, the system supports information publishing and display. Content can be edited and imported through the backend. After importing materials, users can enter design mode to arrange the interface and modify or beautify the UI. Custom modules can also be added, such as integration with parking lot systems to enable features like car location finding and parking payment. For exhibition hall multimedia interactive solutions and more, search online for "Dingshen Technology".