assistedreality

Assisted reality is a term used to describe a class of information delivery technologies designed to support users by providing contextual, task-relevant information without significantly altering the user's perception of the real world. Unlike augmented reality, which overlays digital content directly onto the user's view, assisted reality typically presents guidance via non-immersive means—such as a small display, heads-up unit, audio cues, or tactile feedback—so that the user can still focus on the physical environment.

Operational principle: The system recognizes tasks or objects in the environment and then presents concise, procedural information (steps, checklists, data) to the user. Interaction is often one-way (from system to user) with options for interaction if necessary; some implementations allow remote support from a specialist.

Common use cases include field service, equipment maintenance, logistics, and healthcare, where technicians receive procedural prompts, part numbers, or real-time data while keeping hands and attention on the task.

Technologies involved include wearable displays (smart glasses or head-mounted displays), mobile devices, barcode/QR code recognition, voice interfaces, and collaboration software that enables remote guidance.

Limitations and considerations: Benefits include reduced cognitive load and improved accuracy; downsides include potential distraction if not designed well, privacy concerns, and the need for reliable environmental sensing and connectivity.

History: The concept has been discussed since the early 2000s as a more conservative alternative to surging AR, emphasizing information support rather than world-altering overlays.

See also: Augmented reality, heads-up display, wearable computing, remote assistance.