- Up to one week of data, from one or more satellites
- Radio Occultation Profiles
- Total Electron Content files
- POD files
- Magnetometer data
Spire Earth Information offers a live, global view of our planet’s environment, from its surface to near-space. Our customers are companies and governments who use our data to solve a number of challenges.
Study Earth’s surface using GNSS scatterometry and precise altimetry (GNSS-R), to measure ocean wind speed, soil moisture, flood inundation, and sea ice
Monitor our atmosphere with precise GNSS Radio Occultation soundings, to improve global weather forecasting accuracy
Track objects in low-Earth orbit with centimeter-level precise orbit determination, to calibrate ground tracking systems and map thermosphere density for improved space situational awareness
Monitor the ionosphere, using measurements of electron density and scintillation to augment GNSS accuracy and track space weather events
Our data provides a global view, with coverage in remote regions like oceans and poles not observed by traditional systems.
Our satellites specialize in RF remote sensing: we operate the world’s largest RF sensing fleet, and are the largest producer of radio occultation and space weather data.
By continuously launching improved sensors and upgrading them in-orbit through software, we turn an ideas into a live feed from space in as little as 6 months.
GNSS Radio Occultation (RO) profiles are a key input to all weather forecasting systems, providing significant improvement to long-term forecast accuracy. Using a proprietary GNSS payload called STRATOS, Spire miniaturized and commercialized the technique, becoming the world’s first commercial producer of RO measurements. Today, Spire is the world’s largest producer of RO data.
An independent assessment of Spire RO from NASA concluded it is “of quality consistent with the other GNSS-RO observing systems […] in terms of their weather forecast impact, and the spatial distribution was complementary in filling data void regions. Vertical information content was suitable for studying the fine structures and seasonal variabilities of the tropopause, and their penetration depth was very good and may be useful in the study of the planetary boundary layer.”
Spire adapted its existing radio occultation instruments in space to perform the first dual-frequency, grazing angle GNSS-R altimetry measurements of the ocean. NASA performed an independent evaluation of the Spire data and found that “The GNSS reflected measurements show promise to measure sea surface height with a precision of 2.5 cm over 1 sec averages and an accuracy of < 10 cm.”
In collaboration with NOAA, Spire is now working on a follow-on project to produce the ocean altimetry measurements and use it to monitor coastal sea levels and the extent of sea ice in polar regions.
Using Spire’s Precise Orbit Determination (POD) data as their calibration source, Slingshot Aerospace was able to effectively evaluate the relative accuracy of both public and private radars used to track objects in Low Earth Orbit and deliver their findings to the US Air Force.
In a separate assessment, NASA found that Spire POD data was “useful in retrieving thermosphere density via satellite drag – particularly in quantifying day-to-day variability.” With improved thermosphere modeling, operators and governments can more effectively predict the paths of spacecraft in low-Earth orbit and improve operator safety.
Businesses and individuals are increasingly reliant on GNSS technologies for daily life and operational success across a wide range of industries, in particular for autonomous vehicles.However, GNSS technology can be disrupted by the ionosphere, and existing terrestrial and satellite systems are not able to provide global monitoring on the time-scales of the disturbances.
By monitoring and correcting these disturbances, autonomous vehicles can work more safely and with higher availability. In collaboration with the European Space Agency, Spire is developing a real-time ionospheric mapping system using Spire ionospheric data.
Get data samples for free, so you can see what the data looks like. If you’d like to see more, we can work with you to determine suitable pricing based on what data type(s), volumes, latency, and usage rights you need for your application.
Download a sample of our data.
Our data is delivered through easy-to-use APIs, contact our team to get started.
Spire has pre-established funding vehicles with public agencies, for researchers and scientists to access our data under scientific and research licence
NASA-funded researchers are able to access Spire’s Earth Information data through the Commercial Smallsat Data Acquisition Program (CSDAP).
Spire’s Earth Information data is part of the Luxembourg Space Agency’s data-lake.