Augmentiverse reference / Technologies
Augmented reality
Digital information, situated in the physical world.
Overview
Augmented reality combines a view of physical surroundings with digital content. A phone camera, an optical display or video passthrough can present information in context. Spatial registration lets a virtual object retain a meaningful position as the viewer moves.
Foundational Role in the framework
Role in the Augmentiverse
AR-first is the framework’s central commitment: use the physical environment as the reference for digital experiences.
How it works
A camera and motion sensors estimate the device pose. The application relates content to a tracked surface, image or coordinate frame, then renders a perspective-correct overlay. Environmental understanding varies by system.
Core components
- Camera and inertial sensors
- Pose tracking and scene understanding
- Display and real-time renderer
- Interaction and permission controls
What it enables
- Information can be understood in the place where it is needed.
- Phone-based experiences can reach people without a dedicated headset.
Where it is useful
- On-site learning and interpretation
- Product placement and assembly guidance
Limits and implementation choices
- Tracking can drift or fail in poor light, reflective rooms or changing environments.
- Persistence and multi-user sharing require additional storage, localisation and networking.
- Browser and device capabilities differ; camera-based glasses do not necessarily provide an AR display.
Sources & further reading
- Azuma (1997), A Survey of Augmented Realitydoi.org
- Google ARCore development documentationdevelopers.google.com
- Apple ARKit documentationdeveloper.apple.com
Links identify the relevant specifications or documented implementations. A listed example does not imply endorsement, full interoperability or adoption of the Augmentiverse framework.