Starting with the pre-event imagery, analysts collected all building footprints and highway centerlines. Using the Maxar Open Data Program imagery, data annotations were collected, considering both the pre- and post-event images. The program releases both pre- and post-event imagery, resulting in the ability to compare and analyze the situation on the ground. Over the past 5 years, there have been numerous events related to flooding. The Maxar Open Data Program releases high-resolution satellite imagery for selected sudden onset major crisis events.
There is a need to rapidly create maps to assess the scale of damage and direct first responders. If you represent a company in the industry and would like to talk about your product or service on our show please, reach out to us.Natural disasters such as hurricanes, tornadoes, earthquakes, and floods inflict significant damage on infrastructure each year costing lives, time, and billions of dollars. Your contribution keeps our website running and funds our ability to cover conferences on various events beyond the GEOINT Symposium. You can contribute to our continued operation through and Listen in and check us out at Support Us!Įnjoy listening to the show? We ask that you support us as we continue to provide great content on the Geospatial industry discussing News, best practices, and having guest speakers related to the latest industry projects.
#Spacenet challenge professional#
If you are an industry professional reach out to us, we’d love to hear your feedback or have you on the show. Our show is comprised of industry professionals who discuss diverse topics such as new geospatial projects, innovations, and resources that benefit the overall community. Project Geospatial is a podcast hosted by Adam Simmons and Mason Rothman dedicated to increasing awareness of Geospatial Technology, education resources, and industry best practices. And by the way, it’s pronounced “Cosmic.” About Us Artificial intelligence will fundamentally change how geospatial analytics is performed and CosmiQ Works helps accelerates the development and adoption of these technologies into deployable products. About CosmiQ Worksįounded in 2015 as a technology challenge lab within In-Q-Tel (IQT), CosmiQ Works is an IQT Lab focused on developing, prototyping, and evaluating emerging open-source artificial intelligence capabilities for geospatial use cases. Today, SpaceNet hosts datasets developed by its own team, along with data sets from projects like IARPA’s Functional Map of the World (fMoW).
SpaceNet, launched in August 2016 as an open innovation project offering a repository of freely available imagery with co-registered map features. Before SpaceNet, computer vision researchers had minimal options to obtain free, precision-labeled and high-resolution satellite imagery. SpaceNet GitHub org, which contains all of the open-source solutions from past challenges: /spacenetchallengeĬosmiQ’s Solaris GitHub page: About SpaceNet
#Spacenet challenge download#
SpaceNet website: data download links SpaceNet 6
Watch the show and check it out.ĬosmiQ website: describes all of our projects, etc.
#Spacenet challenge update#
Nick gives us an update about the current SpaceNet Challenge, goes into how challenge tasks are selected and gets into a deeper discussion about the geospatial industry. In this interview, we have the pleasure of interviewing Nick Weir, Senior Data Scientist at CosmiQ and Challenge Manager at SpaceNet LLC.
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