Migrating birds are subject to building collisions and changes to their stopover ecology in urban centers containing sprawling skyscrapers with transparent glass windows and artificial light. We devised a theoretical solution to prevent birds from entering building dense areas (‘No-Fly Zones’) by targeting the avian sensory system to induce a deterring effect through the use of artificial sensory noise. In our simulation, we introduced artificial noise into a virtual environment with an agent navigating along a predetermined vector and observed the probability of successfully avoiding the no-fly zone in two- and three-dimensions. We found that introducing artificial noise can improve the likelihood of avoiding the no-fly zone. Results from this simulation should be compared to future real-world behavioral data to help determine implementation and feasibility of creating areas with increased sensory noise to reduce biological entry into established no-fly zones and curtail physical structure interactions. Potential sensory systems that can be targeted include vision, olfaction, and magnetoreception.