Mixed Reality

Mixed reality (MR) blends physical and digital environments, enabling users to see and interact with both real and virtual objects simultaneously within the same space. It sits on a spectrum between pure augmented reality (digital overlays on the real world) and pure virtual reality (complete immersion in a digital environment).

The most prominent mixed reality device of 2024–2026 is Apple's Vision Pro, which uses high-resolution cameras to passthrough the real world while seamlessly compositing virtual elements into the scene. This allows users to interact with digital windows, 3D objects, and spatial applications while remaining aware of their physical surroundings—a fundamentally different experience from the isolation of traditional VR.

At $3,499, the Vision Pro established new interaction paradigms for spatial interfaces—eye tracking, hand gestures, and voice as primary inputs—even as its price point limited mass adoption. These design patterns are filtering down to more accessible devices and will likely influence the next generation of smart glasses and other human interface hardware.

Mixed reality is particularly relevant for enterprise applications: architectural visualization, remote collaboration, training and simulation, and digital twin interaction all benefit from the ability to blend virtual data with physical spaces. As the hardware becomes lighter, cheaper, and more capable, mixed reality will likely become the default mode for spatial computing—neither fully real nor fully virtual, but a practical blend of both.