Skip to main content

Check out our projects available for funding!

Jupyter Ecosystem

  • Modernize nbconvert
    Conversion of Jupyter notebooks to PDF currently relies on nbconvert in the backend, which in turns uses a headless browser for producing the PDF. We propose to directly perform the PDF conversion in the user's browser, which will simplify the archit...
    Open-source under relevant licenses
    The funding organization will be credited in communication about the project
    Note: Costs and features can be further adapted following discussion with the funding organization
    15000 €
    Indicative price
    Financed at 65 %
    Shareable between 3 funder(s).
    Supported by 2 funder(s).
  • Raster processing tools in JupyterGIS
    JupyterGIS currently offers a set of vector processing and conversion tools. These capabilities are powered by a GDAL WebAssembly (WASM) build running in the browser. We will work on extending support to raster processing tools using the same underly...
    Open-source under relevant licenses
    The funding organization will be credited in communication about the project
    Note: Costs and features can be further adapted following discussion with the funding organization
    15000 €
    Indicative price
    Financed at 45 %
    Shareable between 4 funder(s).
    Supported by 2 funder(s).
  • Bringing processing tools to the JupyterGIS Python API
    JupyterGIS currently supports several vector processing and conversion tools, currently available only through the JupyterGIS user interface. We plan to extend these capabilities to the JupyterGIS Python API, enabling users to access the same process...
    Open-source under relevant licenses
    The funding organization will be credited in communication about the project
    Note: Costs and features can be further adapted following discussion with the funding organization
    10000 €
    Indicative price
    Financed at 15 %
    Shareable between 2 funder(s).
    Supported by 0 funder(s).
  • Parquet File Viewer For JupyterLab
    Open-source under relevant licenses
    The funding organization will be credited in communication about the project
    Note: Costs and features can be further adapted following discussion with the funding organization
    10000 €
    Indicative price
    Financed at 15 %
    Shareable between 2 funder(s).
    Supported by 0 funder(s).

Package Management

  • Package requests for emscripten-forge
    Emscripten-forge is a conda package distribution specifically designed for WebAssembly. While the number of available emscripten-forge packages is growing quickly, many packages are still missing from the ecosystem. We will be working on adding new p...
    Open-source under relevant licenses
    The funding organization will be credited in communication about the project
    Note: Costs and features can be further adapted following discussion with the funding organization
    TBD
    Indicative price
    Financed at 33 %
    Shareable between 3 funder(s).
    Supported by 1 funder(s).
Bringing processing tools to the JupyterGIS Python API
Overview

JupyterGIS currently supports several vector processing and conversion tools such as buffer creation, centroid computation, and convex hull generation, similar to what QGIS offers. These features are powered by a GDAL WebAssembly (WASM) build and are currently available only through the JupyterGIS user interface.

We plan to extend these capabilities to the JupyterGIS Python API, enabling users to access the same processing tools programmatically, just as they would via the UI. This functionality will be implemented using the GDAL Python bindings.

Option A
This is option A
Option B
This is option B
Custom Option
This is custom option
Are you interested in this project? Either entirely or partially, contact us for more information on how to help us fund it.