Product-level highlights of new workflows, interface and reporting improvements, performance work, and technical upgrades — newest first. For what's planned next, see the roadmap.
Last updated 15 July 2026.
Multi-technology planning & real-world realism
July 2026
New features
- Technology comparison — rank LoRaWAN, LR-FHSS, Wi-Fi HaLow, and LEO satellite against the same site so you can choose a radio technology with evidence.
- LR-FHSS data rates added to the LoRaWAN toolkit for long-range, low-rate links.
Workflows
- Wi-Fi HaLow planning expanded from a single profile to eight regional and country channel plans, with a realistic coexistence and interference model.
- Satellite planning gained real atmospheric modeling, a more realistic link-reliability model, and per-pass Doppler detail.
Reporting
- New narrative report sections for HaLow coexistence, satellite reliability, and technology comparison.
- Report images now match the interactive path-profile chart exactly, including terrain curvature and Fresnel-zone shading.
Technical improvements
- The Longley-Rice terrain model now runs the real reference engine, with a visible badge whenever a simplified fallback is used instead.
- Satellite calculations now use published ITU-R atmospheric models rather than fixed constants.
LEO satellite IoT planning
June 2026
New workflow
- Plan a LEO satellite IoT link end to end: orbit geometry, uplink budget, pass windows, Doppler, and a payload service-objective verdict.
- A provider, terminal, and antenna catalog to pick realistic hardware for the estimate.
Interface
- A hybrid coverage view on the map showing where terrestrial coverage holds and where satellite fills the gap.
Reporting
- Satellite availability and link-budget sections added to reports.
Field calibration, equipment catalog & imports
May 2026
New features
- Import field-tester measurements to explain planned-versus-measured differences in reports (used as evidence, it doesn't alter the prediction models).
- An equipment catalog that resolves antenna models to their real gain and pattern.
- An import workbench for site data from KML, KMZ, CSV, and Excel.
Reporting
- Regulatory confidence tiers (Verified / Regional / To-be-determined) shown per site.
Unified results & the analysis workbench
May 2026
Interface
- All workflow results were consolidated into a single results drawer, so path, coverage, and node-link outcomes live in one place.
- A clear split between point-to-point and area-planning workflows.
Workflows
- Solar power viability now persists across saves and appears in shared and embedded reports.
Audience reports, sharing & the real P.1812 engine
April 2026
New features
- Audience-specific reports — the same analysis rendered for a regulator, customer, engineer, or field worker.
- Publish a report, share it by link, or embed it, with the maps and charts frozen at publish time.
Technical improvements
- Point-specific propagation now runs the full ITU-R P.1812 method, including clutter and atmospheric absorption.
First public release
March 2026
Core features
- Point-to-point path analysis with Fresnel-zone clearance over real terrain.
- Six ITU-R propagation models with automatic selection, and four diffraction methods.
- LoRaWAN network planning across regional frequency plans.
- Solar power viability for off-grid sites.
- Interactive GLO-30 30 m 3D terrain.