WRAP is developing nighttime and low-light versions of 15 to 20 of the most-used training scenarios in the WrapReality scenario library. These are being built as full day-to-night conversions of existing environments, with the goal of creating realistic low-visibility conditions that more closely reflect what officers may encounter during patrol, building searches, outdoor encounters, and other suboptimal lighting environments.

The expanded scenario library is intended to help officers practice decision-making when verbal commands, subject behavior, environmental lighting, and force-option selection must be evaluated simultaneously. By incorporating directional light and realistic visibility constraints, WrapReality is expected to support repeatable training around early intervention, sensory disruption, and controlled transition tactics.

WRAP is also developing a handheld, directional light-based accessory for the WrapReality training platform meant to replicate the experience of managing a handheld light source alongside other duty tools during high-stress encounters. Once integrated, it is expected to join WrapReality's existing training force options.

In addition, WRAP is expanding support for weapon-mounted lights within low-light scenarios. Pistol-mounted light functionality was previously available in a limited number of scenarios, and the upcoming expansion is intended to broaden that capability across the updated scenario library.

The development of low-light scenarios, directional light training, and expanded weapon-mounted light support reflects WRAP's continued investment in WrapReality as part of its broader NLR ecosystem. By extending VR training into nighttime and low-visibility conditions, WRAP is working to address a practical training gap that the Company believes affects a significant portion of patrol activity and remains underserved in both traditional and VR-based training programs. The expansion is expected to support agencies to train officers on the tools available and when and how to use sensory interruption to support safer control, better decision-making, and more disciplined response under stress.