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  • Authenticated Multi-users webapp

    What does it take to transform our script (now scalable, running on GCP) from a single user to a multi-users webapp? - How to include Authentication? - How to allow users to share the cost of monitoring fires over the same place on the globe?

    Overdue by 7 year(s)
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    Due by April 8, 2019
    0% complete0 open0 closed

  • Investigate the deployment on GCP (monitored area >> time & cost)

    Assuming we have a pipeline to process a satellite image and detect fire, what would that cost in time and $$$ to monitor various satellite's images, given various altitudes (level of tiles).

    Overdue by 7 year(s)
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    Due by March 12, 2019
    •0/1 issues closed
    0% complete1 open0 closed

  • MVP #1 Detecting fire in a Jupyter notebook

    Here are possible ways to get satellite's images: - https://www.usgs.gov/land-resources/nli/landsat/data-tools - https://landsat8portal.eo.esa.int/portal The playground for Sentinel 2 (https://apps.sentinel-hub.com/sentinel-playground) remains the easiest way to locate examples and maybe even for downloading the images (https://www.sentinel-hub.com/develop/documentation/api/api_examples). Sentinel 2 has also its own limitations which for example doesn't allow us to recognize a car (https://en.wikipedia.org/wiki/Sentinel-2), an LandSat seems quite similar, but not better. Both have the advantage of producing images of the planet humans can see without signal processing. This first MVP should just try to detect a fire on an satellite image: - How much disk space do we need to monitor a given area of the planet? - How much time & computer resources are needed to process such images? Next steps could involve other types of satellites and therefore more work to process the image.

    Overdue by 7 year(s)
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    Due by February 12, 2019
    •0/3 issues closed
    0% complete3 open0 closed