Spire Global Secures NOAA Contract for Satellite Weather Data
Spire Global, Inc. (NYSE: SPIR), a prominent provider of data and analytics from space, has recently obtained a significant contract with the National Oceanic and Atmospheric Administration (NOAA). This $3.83 million agreement represents a crucial step in Spire's mission to improve weather forecasting and climate research through advanced satellite technology.
Contract Details
As part of this contract, Spire will deliver essential radio occultation (RO) data over a one-year timeframe. The contract is set to begin in late September and will last for a full year. This critical data will aid in creating vertical profiles of atmospheric conditions, measuring important factors such as pressure, humidity, and temperature. Such detailed information is vital for NOAA's operational weather predictions and climate analysis models, making it an integral part of modern meteorology.
Significance of RO Data
The near-real-time RO data provided by Spire is essential for various applications, including enhancing weather forecasts, improving the precision of space weather models, and supporting important climate research. By utilizing data collected from their satellites orbiting the Earth, Spire can offer insights that were previously challenging to obtain.
Spire's Dedication to Innovation
Mike Eilts, the general manager of Weather & Climate at Spire Global, highlighted the significance of these data supplies. He mentioned, “From the ultimate vantage point of space, our satellites are able to provide unique data sets to improve weather prediction, contribute to climate research, and ultimately, protect lives and prevent the loss of property.” His remarks emphasize the substantial impact that innovative satellite-based data can have on public safety and environmental management.
Partnership with NOAA
This contract is part of a larger Indefinite Delivery Indefinite Quantity (IDIQ) agreement, which has a ceiling of $59 million for NOAA's Commercial Weather Data Program's Radio Occultation Data Buy II. Spire's partnership with NOAA showcases the effectiveness of combining government resources with the capabilities of the commercial satellite sector, which aims to enhance advancements in weather forecasting.
About Spire Global, Inc.
Founded with the vision of addressing complex weather-related challenges, Spire Global, Inc. (NYSE: SPIR) is dedicated to building, owning, and operating a specialized satellite constellation. This constellation facilitates real-time Earth observations through innovative radio frequency technology, revolutionizing how organizations access and utilize earth observation data. Whether tracking vessel movements, detecting signal interference, or providing comprehensive weather intelligence, Spire is committed to empowering customers to leverage the information they need in an ever-changing world.
Global Presence and Services
Spire's influence spans multiple countries, with offices located in North America, Europe, and Asia. The company not only delivers data and analytics but also offers 'Space as a Service' solutions. These services allow businesses to tap into Spire's established infrastructure to advance their projects into the space sector, fostering innovation and exploration.
Frequently Asked Questions
What does the NOAA contract entail?
The NOAA contract involves providing radio occultation data for a year to enhance weather forecasting and climate research.
How does Spire Global contribute to weather data?
Spire uses satellites to gather atmospheric data crucial for accurate weather predictions and environmental monitoring.
What is radio occultation data?
Radio occultation data includes information about atmospheric profiles, measuring parameters like pressure, humidity, and temperature.
What benefits does Spire's data provide?
The data can improve weather models, contribute to climate research, and aid in public safety initiatives.
Where is Spire Global located?
Spire Global has offices in several countries, including the U.S., Canada, the UK, Luxembourg, Germany, and Singapore.
