HOW WE IMPROVE LIVES
Use Cases
GPS-RO improves weather forecasts that save lives, reduce costs, protect infrastructure, and enhance quality of life.
PlanetiQ’s GPS-RO data isn’t just powerful in theory. It delivers real-world insights across a variety of fields, from improving weather forecasts and monitoring long-term climate trends to supporting space weather research and enhancing data collection over sparse regions.
Weather Forecasting
GPS-RO data can improve the accuracy of weather forecasts, especially when integrated into both AI and numerical weather prediction models. By providing detailed information on temperature, humidity, and wind patterns, it enables more reliable predictions of daily weather.
GPS-RO data also enhances hurricane forecasting by offering critical insights into atmospheric conditions over oceans. This information helps meteorologists better predict hurricane intensity and track, supporting more timely and precise warnings for affected regions.
By revealing the distribution of water vapor in the atmosphere, GPS-RO data enables more accurate prediction of heavy precipitation events. This capability aids in identifying potential flooding and other impacts from severe rainfall.
Climate Monitoring/Research
The high precision of GPS-RO measurements allows for the detection of subtle changes in atmospheric temperature and water vapor, enabling the monitoring of climate trends.
GPS-RO data can also be used to verify climate models, helping to improve our understanding of climate processes.
Space Weather Research
GPS-RO measurements can improve space weather forecasts by monitoring the Earth’s ionosphere, helping predict potential impacts on satellite communications and navigation.
GPS-RO data also enhances understanding of ionospheric processes, providing researchers with insights into the dynamics of the ionosphere and its response to solar activity.
Other Applications
Data collection over oceans and unpopulated area
GPS-RO is particularly useful for collecting data over oceans, deserts, polar regions and other areas where traditional weather observations are sparse.
Assessing sounder products
GPS-RO data can be used to assess the accuracy and quality of other atmospheric sounder products, such as those from microwave sounders.
Global coverage and vertical resolution:
The combination of global coverage and high vertical resolution makes GPS-RO an ideal technique for studying atmospheric processes and climate change.
Contrail Avoidance
Airlines can navigate in a way that avoids the creation of contrails, therefore reducing their manmade heating effects.
GPS Jamming & Spoofing Detection
Due to the ongoing monitoring of multiple GPS systems, PlanetiQ has a unique ability to detect GPS jamming and spoofing anomalies.