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Visual Navigation

We can provide visual navigation virtual tours. Usually, users have difficulty in understanding maps which are traditionally available for buildings. GPS based devices also do not function inside the building. We provide visual navigation where users can visualize the navigation path in 360. They navigate through markers and other information contained in the visuals. Using this visual navigation, users can familiarize themselves with the route through the building even before visiting.

This service can be used both for existing and upcoming projects. This service is an extension of our 360 Point Of Interest Virtual Reality and 360 Point Of Interest Physical Reality. For details of these two services, please click them.

Visual Navigation service provides guided visual navigation to the users. The usual form of navigation maps. Sometimes, users find difficulty in understanding maps. Real property visuals are straightforward to identify and understand as they genuinely match the actual locations. We provide guided navigation using these 360 panoramic visuals of real locations.

We create a menu of all possible navigational requirements related to the property. Next, we develop the steps involved in this navigation. We create a series of interlinked visuals to execute this navigation. Users are taken point to point using visuals and guided at every turn using markers on visuals. This experience is similar to having a personal guide to accompany you through the property. Also, that person place markers and information tags all-around to help you know more about the property.

Navigation requirements could vary from property to property. They could be to reach a location or service in the property or to meet a person. As such, special menus are designed for different properties.

This model can be used both in an online and offline format. In inline format, we provide special navigation equipment in indoor spaces where GPS signals are not available. They connect with mobile devices of users and locate them in the property. As users move in the property, our equipment locates them and visuals on their screen adjust according to their locations.

In offline mode, no special equipment is required. Users can navigate point to point by clicking the markers. Once they reach the new location, they get the same visual on their screen. They can easily align the visual to reallocation by turning the screen around. Markers and information tags on their screen visuals guide them to the next location.

This service can also be used in on-site and off-site mode. Users can use this service on the site itself. They can even use it while at their place to know more about the property or to familiarise themselves with it. They may use this service to prepare themselves before visiting a property. They would download forms and other information and prepare their documents before visiting the property.

We create virtual reality navigation, unlike traditional navigation that is based on maps. Our navigation is based on the actual 360 photographs. Users can navigate point to point using these photographs. These navigations are available in both offline and online mode. For online mode, we place special devices in the building where GPS signals cannot work. Users can use navigation tools to navigate to a place or meet a person inside the premises. As the person moves the visuals change and match the real surroundings. In offline mode, no special devices are required. Markers are placed in the 360 photographs. These markers are intelligent to provide required navigation to the users and keep changing according to top navigation needs. The benefits of virtual reality navigation are-

1. Many users find maps difficult to read. They often get confused and lost. Our navigation system uses real photographers inside the building. Even in-technical users can relate to the images with the real environment and identify navigation commands. It is just like somebody has placed arrows and placards to help the user navigate through the building.

2. Our navigation systems work accurately at indoor places such as airports, malls, hospitals, schools, tourist spots and other areas. It does not require a GPS signal.

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