Transform network planning with precision-engineered 3D simulation technology. Cloudman Air delivers unparalleled accuracy in modeling LTE, 5G, and mmWave deployments by leveraging high-fidelity digital twins of real-world environments. Predict coverage patterns, signal blockage, and indoor-outdoor propagation with confidence—surpassing traditional planning tools through advanced ray-tracing and detailed 3D geometry analysis.
From physical environment capture to actionable network insights through three integrated stages
High-precision 3D scanning captures detailed environmental data using advanced LiDAR technology, creating accurate point clouds of physical spaces for network planning.
Advanced ray-tracing engine processes 3D geometry with material assignment and site configuration to model radio frequency propagation with exceptional accuracy.
Highly accurate network simulation in 3D digital twin environment, providing clear RF heatmaps and performance predictions for confident deployment decisions.
High-fidelity LiDAR-based ray-tracing technology that enables precise planning for 5G NR, LTE, and mmWave deployments
Creates realistic digital twins using high-resolution LiDAR scans and 3D building models, providing an accurate representation of deployment areas for precise network planning.
Comprehensive support for LTE, 5G NR, and mmWave technologies, enabling accurate planning across all modern wireless standards and frequency bands.
Predicts coverage, identifies potential interference, and optimizes antenna locations with exceptional accuracy before any physical construction begins.
Enables rapid scenario testing and optimization, allowing engineers to evaluate multiple configurations and make data-driven decisions quickly.
Post-processing tools generate clear RF heatmaps for quick decision-making, providing visual insights that reduce the need for costly field trials.
Comprehensive validation capabilities ensure confident deployment planning and reduce risks associated with network rollout and optimization.
Evaluate mmWave FWA performance and optimize line-of-sight coverage for reliable fixed wireless deployments in urban and suburban environments.
Design and optimize small cell networks for dense urban areas, ensuring optimal coverage and capacity while minimizing interference.
Plan and validate indoor coverage solutions for complex building environments, accounting for material properties and structural obstacles.
Design high-capacity networks for venues and campuses, handling high user density and ensuring seamless coverage across large areas.
Plan complex mmWave deployments in dense urban environments, accurately modeling blockage and reflection for optimal performance.
Design dedicated private network solutions for enterprises, industrial sites, and specialized environments with custom coverage requirements.
High-resolution 3D scanning
Advanced propagation modeling
Detailed environmental data
Confident deployment
Experience the power of high-fidelity 3D RF simulation and make faster, data-driven decisions for your wireless network deployments.
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