Learn about Spire’s hosted payload offering and our work with Jacobs to test and demonstrate their next-generation payload technologies on our 3U cubesatellite bus. Spire’s Orbital Services provides our customers with fast, reliable, and low-cost access to orbit through our turnkey hosted payload solutions.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses GeoJSON input.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses GeoJSON input.
Intelligence Platform Provider, Oceanbolt, leverages Dynamic AIS to deliver real time insights into global dry bulk trade flows
How PredictWind compared wind observations from weather stations and weather models to create two proprietary weather prediction models.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses GeoJSON input.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses Shapefile input.
Learn how to work with Spire Weather’s global Numerical Weather Prediction (NWP) data in GRIB2 format using python
Introduction to numerical weather prediction data. Learn how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses Shapefile input.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses Shapefile input.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses Shapefile input.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses GeoJSON file as input.
This tutorial covers how to work with Spire Weather’s global forecast data in GRIB2 format using Python.
This tutorial uses GeoJSON input.
myairops is a leading provider of cloud-native applications and services for the aviation market with a global customer base.
Discover how Federal Civil customers are leveraging Spire’s solutions to monitor ships, track aircraft, measure the Earth’s atmosphere, and predict weather around the world to solve critical issues.
SATAVIA provides live and forecast COVID-19 risk along an air passenger journey and integrates by API into an existing airline webpage interface or mobile application.
TTEK incorporates Spire Aviation’s flight tracking ADS-B data to help them deliver their state-of-the-art solutions for customs and border processing.
Discover how Spire can solve your unique mission challenges by offering insight into the parts of the world where collecting data is notoriously difficult.
Dockflow combines real-time temperature data with accurate location tracking through AIS data to provide the perishable goods industry greater transparency.
WMS (Web Map Services) is a turnkey solution to visualize weather forecast data into base maps and applications.
A 5-step approach to choosing and evaluating a weather forecast provider
VesselBot leverages Spire’s satellite data, Big Data and Artificial Intelligence to provide the dry bulk shipping market with a digital platform that optimizes the chartering process.
How Shipfix uses Spire AIS data to generate powerful trade flow insights in one easy to use interface.
Everything You Need To Know About AIS Tracking Data, and applying it solve maritime challenges.
Join Spire Aviation and Freightwaves for an introduction to impactful uses of our global ADS-B data to illuminate trends in aircraft operation. In addition, we will also demonstrate our Aviation Weather Product.
View this webinar to learn how USG customers are leveraging Spire’s AIS data to continuously monitor vessels around the globe and solve critical national security issues. Hear directly from Spire customer, Applied Ocean Sciences, on how AIS data has enabled them to address USG
How can coverage on busy maritime routes be improved and how can we solve the AIS data gap problem?
Oldendorff was able to improve their fuel consumption simulation model and calculate paths that consumed the least amount of fuel with Spire Weather
AIS is showing promise for potential applications related to driving improved fuel consumption and vessel optimization.
Our proprietary weather model and maritime data analytics allow you to get the full picture when planning maritime operations.
How Gravity Supply Chain uses AIS to provide end-to-end supply chain visibility for greater management control.
AIS data can be complicated. In this webinar we give you a comprehensive overview of Spire Sense Cloud’s product suite.
Insights into a Vessel’s Structural Condition and the route its taking can have a major impact on operations.
Learn more about the digital revolution and its ongoing impact on how to manage vessels and plan better routes.
An overview of AIS technology, including expert opinions and research supported facts as well as potential improvements and future integrations.
ESRI and Spire Maritime integrate really well for anyone looking for geospatial visualization and data analytics of maritime activities.
How ICEYE and Spire allow you to fuse SAR imagery and AIS to enable the global monitoring of Dark Vessels.
How Clearmetal created a machine learning engine to provide Port Alerts 31 hours faster to help optimize operations and costs.
Learn more about how ClearMetal is using our data to create a machine learning product consuming 2 billion AIS messages.
Spire Maritime and NSR discuss the next generation AIS data ecosystem and the smallsat approach to data analytics.
ODYN shares how they are driving innovation in global supply chain transparency with Satellite AIS data.
