Augmented Virtuality (AV)

What is Augmented Virtuality (AV)?

Augmented Virtuality (AV) refers to a form of mixed reality where real-world objects or people are integrated into virtual environments, allowing physical elements to interact with predominantly virtual worlds in manufacturing, training, and educational applications.
Positioned on the reality-virtuality continuum between augmented reality and full virtual reality, AV essentially reverses AR's approach by bringing real elements into virtual spaces rather than overlaying virtual elements onto reality.

How does Augmented Virtuality (AV) work?

This technology often employs cameras, depth sensors, and computer vision algorithms to capture and represent physical objects within digital environments in real-time.

How is Augmented Virtuality (AV) used?

Manufacturing facilities use AV to incorporate physical control interfaces with simulated machinery, creating hybrid workstations that leverage the advantages of both domains. Meanwhile, educational institutions implement AV to allow instructors to demonstrate concepts using tangible objects that students can observe within shared virtual classrooms. While terminology around mixed reality technologies remains somewhat fluid, Augmented Virtuality continues to evolve as a distinct approach that makes predominantly virtual experiences more accessible and intuitive by maintaining connections to familiar physical interactions.