RAYmaps develops advanced radio-frequency (RF) planning and propagation tools that are grounded in rigorous physics-based modeling. Our platforms leverage deterministic ray-tracing techniques combined with detailed atmospheric modeling to accurately predict wireless signal behavior across a wide frequency spectrum, from microwave through millimeter-wave and into emerging terahertz bands. By accounting for key real-world effects such as reflections, path loss, and atmospheric absorption due to oxygen, water vapor, and rain, RAYmaps enables high-fidelity simulations that closely reflect practical deployment conditions.
Positioned at the intersection of academic research and industrial application, RAYmaps bridges the gap between theoretical models and operational network planning. Our tools are designed to support the evolving needs of next-generation wireless systems, including 5G, 6G, and beyond. By providing engineers, scientists, and educators with precise, transparent, and reproducible simulation capabilities, RAYmaps empowers informed decision-making, accelerates innovation, and supports robust design, analysis, and optimization of modern wireless communication systems.