Anshul Singhvi

Global grid systems (DGGS), or non-planar grids, are the new hotness - but how can you get data onto them and analyze?

I've been talking about this for the last two years - but GeometryOps.jl is now finally on the sphere!

The Julia ecosystem for handling geospatial data and analysis is growing and improving.

The world of AI agents is changing constantly - every couple of weeks, it seems there is some new thing.

An hour for users of Makie.jl to gather, show off cool plots, and talk about the state of the Makie ecosystem!

Building and understanding complex models is easier when you can see them come to life.

Our world today is defined by big data; the output of a single satellite orbit is larger than your laptop's hard drive.

Modern global geospatial workflows are ill-served by our current conception of planar geometry.

Documenter.jl is the primary documentation engine for Julia, and powers backends ranging from native HTML and LaTeX to the spiffy DocumenterVitepress.jl.

An hour for users of Makie.jl to gather, show off cool plots, and talk about the state of the Makie ecosystem!

Tyler.jl is a Makie ecosystem package that enables plotting tiled datasets, like Google Maps and many other basemaps.

There is no native Julia geometry package equivalent to Python’s Shapely or R’s sf.