Sensory Regulation and Safe Exit

The User Reality: High-fidelity VR environments can lead to "sensory or cognitive saturation." Users who become disoriented or lost within a menu system require a way to recover or "escape" without the distress of a total application exit.

Research: Newbutt et al. (2016) demonstrate that unpredictable navigational challenges lead to measurable increases in cortisol levels and heart rate in neurodivergent users.

The Openality Standard

Design must incorporate "low-pressure" entry zones and a non-punitive "Safe Retreat" mechanism. This allows users to manage their emotional regulation and exit overstimulating states without closing the application.

• Constraint: The environment must not present high-pressure scenarios during the entry or learning phase.
• Requirement: The user must be able to escape to a low-stress state without exiting the application entirely.

Core Behaviours

• Safe Retreat - The user must be able to escape to a low-stress environment without exiting the application entirely.
• Adaptive Scaffolding - The system offers optional, user-controlled prompts that guide task breakdown and execution, which can be customised or removed as the user's confidence and familiarity with the interface grows.

Primary Interaction Patterns

• The Neutral Buffer Zone - A low-sensory environment that users can access at any time to manage emotional regulation and reduce stress, serving as a "safe space" for recovery from disorientation or anxiety.
• The Universal Safety Net - A persistent, easily accessible action (e.g., looking at feet or pressing a button) that immediately transports the user to a safe zone or main menu, providing an escape route from disorienting situations.