RF Planning & Design
Build the physical and radio model used by every later engineering decision.
- Floor plans and wall geometry
- Materials and attenuation
- APs, bands and antennas
- Multi-floor 2D and 3D
Product
The wireless lifecycle in one engineering model.
Connect predictive design, requirements, optimization, field measurement, infrastructure and reporting without hiding the assumptions behind the result.
Platform modules
Six connected capability families.
All modules use the same project model. Availability depends on the account plan.
Analysis & Optimization
Turn heatmaps into testable requirements and comparable design alternatives.
- RSSI / SNR / SINR
- Throughput and capacity
- AP and channel optimization
- Roaming and redundancy
Survey & Validation
Compare field measurements with prediction before reviewing calibration changes.
- Android survey companion
- Measured RSSI heatmap
- Prediction error, MAE and RMSE
- Reviewed calibration proposals
Infrastructure & Deployment
Carry the RF design into a buildable, documented network.
- MDF, IDF and switching
- PoE budget checks
- Cable planning and BOM
- Commissioning and as-built
Advanced Wireless
Extend projects beyond conventional indoor Wi-Fi using technology-specific assumptions.
- Wi-Fi 7 and spectrum
- Outdoor and campus GIS
- BLE / UWB / IoT
- Private 5G planning
Engineering Copilot
Explain existing deterministic results without manufacturing RF calculations.
- Requirement interpretation
- Design comparison summaries
- Investigation guidance
- Authoritative engine boundaries
Build your first SigmoNet project.
Choose a floor plan, define its real dimensions and begin the RF model.