ATAK Plugin: SOOTHSAYER
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About this app
NOTE: This plugin requires ATAK and a CloudRF plan.
CloudRF is a commercial service with a free plan available at https://cloudrf.com/plans
📶
The SOOTHSAYER ATAK plugin is the mobile interface to the powerful CloudRF API. With this plugin, radio users can rapidly simulate accurate RF networks to solve RF communication problems.
🌲⛰️🏢
The service uses global high resolution terrain, LiDAR, tree and buildings data with high performance GPU acceleration for fast high-resolution planning.
🎯
The modelling accuracy is regularly field tested and our models and clutter have been calibrated to under 7dB RMSE in NLOS environments. Field test reports are published at CloudRF.com.
🚀
Our GPU accelerated service is the fastest on the market and infinitely more efficient than trying to compute a high resolution model on your phone. With this plugin you can use a complex ITU model with diffraction and attenuation up to a resolution of 4 million points (4MP) in several seconds.
📻📡
Pre-defined system templates are included for:
5G base station, TETRA UHF portable, Airport RADAR, VHF radio, CUAS system, DMR VHF, LTE800 UE, LoRa gateway (Meshtastic), MANET L Band, MANET S Band, Marine VHF, Drone/UAS at 100m, WLAN sector antenna.
We offer a free plan at https://cloudrf.com/plans
You can also use coupon playstoredemo with a Bronze CloudRF plan:
https://cloudrf.com/product/bronze-plan/
💡
This plugin is a client to the CloudRF API.
Users login to their account and then select a radio from their templates list.
System templates are provided for beginners and users can define custom templates which saves time and reduces error when it matters.
The radio can be placed upon the map by clicking the app icon and then coverage calculated by clicking the play button or dragging the radio.
Requests are sent to the API and a response returned as a layer or a link which is overlaid upon the map.
↔️
Bi-directional links are modelled using either signal-to-noise (dB) or received power (dBm) units. Users can define levels and colours.
🟢
A coverage heatmap is created according to the template's colour schema. The resolution of this can be adjusted to fit available bandwidth or device memory. Coverage for a single site or all sites can be modelled which integrates with ATAK's layer controls so you can show/hide/share layers.
🚓
Live coverage mapping is possible with the co-opt feature. If you can see CoT on the map you can task it with a template and have the coverage and links follow the marker wherever it goes.
🧭
Using a GPU Monte Carlo simulation, you can analyse a polygon to reveal the best site(s) for a radio. Useful for all systems and especially LEO satellite terminals requiring consistent coverage and counter drone (CUAS) sensors.
📖
CloudRF plans: https://cloudrf.com/plans
Video tutorial: https://www.youtube.com/watch?v=jeY_dVAC8-o
Global data coverage: https://api.cloudrf.com/API/terrain
Documentation: https://cloudrf.com/documentation/06_atak_plugin.html
Alternative releases: https://github.com/Cloud-RF/SOOTHSAYER-ATAK-plugin/releases
Source code: https://github.com/Cloud-RF/SOOTHSAYER-ATAK-plugin
Demo on a bike: https://www.youtube.com/watch?v=3H3qRLd-6qk
CloudRF is a commercial service with a free plan available at https://cloudrf.com/plans
📶
The SOOTHSAYER ATAK plugin is the mobile interface to the powerful CloudRF API. With this plugin, radio users can rapidly simulate accurate RF networks to solve RF communication problems.
🌲⛰️🏢
Global data
The service uses global high resolution terrain, LiDAR, tree and buildings data with high performance GPU acceleration for fast high-resolution planning.
🎯
Accurate
The modelling accuracy is regularly field tested and our models and clutter have been calibrated to under 7dB RMSE in NLOS environments. Field test reports are published at CloudRF.com.
🚀
Fast
Our GPU accelerated service is the fastest on the market and infinitely more efficient than trying to compute a high resolution model on your phone. With this plugin you can use a complex ITU model with diffraction and attenuation up to a resolution of 4 million points (4MP) in several seconds.
📻📡
Radio Templates
Pre-defined system templates are included for:
5G base station, TETRA UHF portable, Airport RADAR, VHF radio, CUAS system, DMR VHF, LTE800 UE, LoRa gateway (Meshtastic), MANET L Band, MANET S Band, Marine VHF, Drone/UAS at 100m, WLAN sector antenna.
Account
We offer a free plan at https://cloudrf.com/plans
You can also use coupon playstoredemo with a Bronze CloudRF plan:
https://cloudrf.com/product/bronze-plan/
💡
How it works
This plugin is a client to the CloudRF API.
Users login to their account and then select a radio from their templates list.
System templates are provided for beginners and users can define custom templates which saves time and reduces error when it matters.
The radio can be placed upon the map by clicking the app icon and then coverage calculated by clicking the play button or dragging the radio.
Requests are sent to the API and a response returned as a layer or a link which is overlaid upon the map.
↔️
Links
Bi-directional links are modelled using either signal-to-noise (dB) or received power (dBm) units. Users can define levels and colours.
🟢
Coverage
A coverage heatmap is created according to the template's colour schema. The resolution of this can be adjusted to fit available bandwidth or device memory. Coverage for a single site or all sites can be modelled which integrates with ATAK's layer controls so you can show/hide/share layers.
🚓
Co-Opt
Live coverage mapping is possible with the co-opt feature. If you can see CoT on the map you can task it with a template and have the coverage and links follow the marker wherever it goes.
🧭
Best Site Analysis
Using a GPU Monte Carlo simulation, you can analyse a polygon to reveal the best site(s) for a radio. Useful for all systems and especially LEO satellite terminals requiring consistent coverage and counter drone (CUAS) sensors.
📖
More information
CloudRF plans: https://cloudrf.com/plans
Video tutorial: https://www.youtube.com/watch?v=jeY_dVAC8-o
Global data coverage: https://api.cloudrf.com/API/terrain
Documentation: https://cloudrf.com/documentation/06_atak_plugin.html
Alternative releases: https://github.com/Cloud-RF/SOOTHSAYER-ATAK-plugin/releases
Source code: https://github.com/Cloud-RF/SOOTHSAYER-ATAK-plugin
Demo on a bike: https://www.youtube.com/watch?v=3H3qRLd-6qk
Updated on
Safety starts with understanding how developers collect and share your data. Data privacy and security practices may vary based on your use, region and age. The developer provided this information and may update it over time.
No data shared with third parties
Learn more about how developers declare sharing
This app may collect these data types
Personal info
Data is encrypted in transit
You can request that data be deleted
What's new
More edit options including receiver height and radius
Better rate limiting for intense Mesh network planning
Updated default link colours so green = 25dB, orange = 15dB, red = 5dB
Removed deprecated elevation logic for aircraft
Default resolution now 0.5MP
Better rate limiting for intense Mesh network planning
Updated default link colours so green = 25dB, orange = 15dB, red = 5dB
Removed deprecated elevation logic for aircraft
Default resolution now 0.5MP
App support
phone
Phone number
+441452234048
About the developer
FARRANT CONSULTING LTD
support@cloudrf.com
Ambrose House
Meteor Court, Barnett Way, Barnwood
GLOUCESTER
GL4 3GG
United Kingdom
+44 1452 234048