IndoorAtlas Positioning

IndoorAtlas Positioning is an advanced indoor positioning application designed to deliver unparalleled accuracy in navigating indoor environments. The app utilizes a fusion of diverse data sources to provide dependable localization for smartphones across multiple platforms. These data sources include geomagnetic fingerprint maps, motion sensors like gyroscopes and accelerometers, wireless signals such as Wi-Fi and Bluetooth beacons, barometric pressure readings, and visual inertial odometry from ARCore.

Users can access a suite of impressive features with this application, including seamless indoor positioning, intuitive wayfinding, customizable geofences, and immersive augmented reality wayfinding, alongside AR Points of Interests (POIs). These tools are essential for navigating complex indoor spaces and transforming the way individuals interact with indoor venues.

The application stands out by offering a streamlined testing platform for those interested in integrating the SDK into their own applications. It requires no login, functioning with a simple link generated via the Web application, which then connects to the corresponding maps on the user's account.

For venues that are not yet mapped, the process of setting up and fingerprinting a new location is user-friendly, resulting in a venue that is ready for comprehensive testing.

The system shines in terms of scalability and precision, flawlessly managing floor detection and indoor-outdoor transitions. It efficiently downloads necessary signal maps, including POIs and wayfinding data from the cloud, ensuring smooth operation even when offline.

The algorithm accurately computes the device's location by matching sensor data against signal maps and seamlessly handles AR objects' positioning in the background. This facilitates the rendering of AR elements for an enhanced navigational experience.

Crafted to meet the demands of a variety of settings, IndoorAtlas Positioning is trusted globally by reputable clients for facility navigation and location-based solutions.