Wikitude SLAM (Simultaneous Localization and Mapping)
Introducing Wikitude’s powerful SLAM solution for augmented reality apps: a cross-platform SDK that empowers over 100000 AR developers worldwide to integrate outstanding marker and markerless AR experiences.
This technology makes it possible for AR applications to Recognize Objects and to overlay digital interactive augmentations. Aditionally, it enables positional Instant Tracking: the SDK recognizes the features of the scene, as well as their relative position and, based on the movement of the user, it aligns the augmented content accordingly.
Wikitude SLAM Facts
- Markerless Instant Tracking
- Object Recognition and Tracking
- Extended Tracking
- Optimal for indoors and outdoors
- Support for Unity, PhoneGap, Titanium and Xamarin
- 100% in-house developed
- Instant Tracking Documentation
- Object Tracking Documentation
See what’s possible with Wikitude’s SLAM
See beyond reality
Create impressive augmented reality experiences no matter where you go! Instant tracking allows you to place digital content indoors and outdoors without the need of a target. Let the world be your playground with SLAM-based apps, games, marketing campaigns, product demonstrations, and virtual outdoors!
Recognize and Track Objects
SDK 7 expanded Wikitude’s SLAM technology by adding object recognition and tracking capabilities to its feature set. These features enable brands and enterprises to build AR experiences using a variety of real-world objects, such as toys, sculptures, architectural models, product packaging, industrial machines and more.
Plan and Design
Instant Tracking is the ideal feature for creating, designing and planning products and spaces. Wether you are planning a new office space, retail store disposition, architectural project or a product demonstration, Wikitude’s technology enables outstanding, interactive AR experiences for your app.
Enable AR for IoT
Wikitude’s technology enables integration of augmented reality in complex IoT systems in just a few steps. Use Object Recognition (marker), Extended Tracking (marker) or Instant Tracking (markerless) to monitor machinery performance, assist maintenance processes, visualize data and optimize operations.