#USA #NASA #Golden #PlanetiQ #GNSS-PRO

PlanetiQ Receives $3.3 Million Contract from NASA for Ionospheric Research

On October 6, 2026, PlanetiQ, a leading provider of GNSS (Global Navigation Satellite System) data, announced a significant achievement as NASA awarded the company a $3.3 million task order. This contract is designed to facilitate the provision of GNSS Polarimetric Radio Occultation (GNSS-PRO) and ionospheric Total Electron Content (TEC) data through NASA's Commercial Satellite Data Acquisition (CSDA) program. This collaboration emphasizes the importance of advanced observational techniques in the fields of atmospheric science and space weather research.

Understanding GNSS-PRO and its Capabilities

PlanetiQ's GNSS-PRO technique enhances the traditional method of GNSS radio occultation by employing dual-polarization measurements. This approach examines how satellite signals are affected as they traverse through Earth's atmosphere. The ability to measure both horizontal and vertical components of GNSS signals allows researchers to gain deeper insights into weather patterns, particularly precipitation, including rain and snowfall. Dr. E. Robert Kursinski, the Chief Scientist at PlanetiQ, remarked, "GNSS-PRO gives us a new way to observe the atmosphere," highlighting the groundbreaking nature of this technology.

The data derived from GNSS-PRO is expected to be a game-changer for NASA researchers, enabling them to develop applications that utilize this globally distributed data source. By allowing for the quantification of precipitation and clouds at a high vertical resolution, researchers can enhance weather prediction models and improve the understanding of atmospheric phenomena significantly.

The Role of Ionospheric TEC Measurements

In addition to precipitation observations, PlanetiQ's ionospheric TEC measurements provide vital data on the total number of electrons between GNSS satellites and their receivers. This information is crucial in characterizing ionospheric conditions and potential disturbances caused by space weather events. Such disturbances can disrupt GNSS signals, communications, and other systems reliant on satellite data. By offering timely and precise measurements, PlanetiQ supports a range of industries in maintaining operational reliability and safety.

PlanetiQ's Impact on Weather Forecasting

Founded in 2015, PlanetiQ has made remarkable strides in the domain of meteorological observation. The company specializes in offering high-quality GNSS radio occultation data that supports accurate and effective weather prediction models. The advanced data sets from PlanetiQ are instrumental for government agencies, defense teams, and international weather organizations, ensuring they have the best tools available for forecasting and climate research.

The recent award from NASA not only underscores PlanetiQ's reputation as a pioneering space-tech firm but also represents a crucial partnership aimed at enhancing resilience and operational capabilities across various sectors. The insights generated from this contract are anticipated to redefine how atmospheric and space weather research is conducted, paving the way for further advancements in satellite data utilization.

With this award, NASA is set to leverage PlanetiQ's innovative technology for improved atmospheric research, contributing to the agriculture and transportation sectors' understanding of weather patterns. This collaboration marks a significant step forward in utilizing state-of-the-art satellite observations to tackle some of the pressing challenges in climate and weather forecasting today.

In summary, PlanetiQ continues to lead the way in GNSS technology, demonstrating the potential of leveraging satellite data in transformative ways. The company’s commitment to advancing atmospheric research through partnerships with leading agencies like NASA showcases its pivotal role in the future of meteorological science.