🌐 Outdoor Project Workflow Overview

🏞️ Project Foundation

Outdoor projects typically start with:

• Geospatial data (terrain, buildings, clutter)

• DSM/DTM layers for elevation and surface modeling

• Base map alignment to ensure accurate positioning

These elements form the foundation for realistic propagation modeling.

📡 Network Design Setup

Once the environment is ready, you can:

• Place network infrastructure (sites, towers, antennas)

• Configure radio parameters (bands, power, tilt, azimuth)

• Define technology type (e.g., LTE, 5G, private networks)

This stage determines how signal propagates across the environment.

🌳 Environmental Modeling

Outdoor performance is heavily influenced by surroundings:

• Terrain elevation

• Clutter (trees, buildings, obstacles)

• Line-of-sight conditions

Adjusting these factors directly impacts coverage predictions and accuracy.

🔗 Connectivity & Propagation

The system calculates:

• Signal propagation using ray tracing and terrain-aware models

• Path loss and attenuation across distance and obstacles

• Coverage overlap and gaps

This enables realistic simulation of outdoor network behavior.

🌡️ Analysis & Visualization

You can evaluate performance through:

• Heatmaps (RSRP, SINR, RSSI, throughput)

• Uplink vs Downlink analysis

• KPI layers for detailed network insights

Visualization helps identify weak coverage areas and optimization opportunities.

⚖️ Optimization & Iteration

Based on results, you can:

• Adjust antenna placement and configuration

• Modify power levels and sectors

• Refine environmental assumptions

Outdoor design is iterative — each adjustment improves accuracy and performance.

🔄 Final Output

The final design provides:

• Validated coverage maps

• Performance KPIs

• Deployment-ready insights

💡 Key Idea: Outdoor projects are driven by environment + infrastructure + physics-based modeling, all working together to produce accurate network predictions.
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