The Era of GIS is Over: Why Decision-Makers Must Move Beyond GIS
Why Geography Is Not a System to Manage — It Is the Living Structure of Data| Rico Fritzsche
Why Geography Is Not a System to Manage — It Is the Living Structure of Data| Rico Fritzsche
Explore maritime traffic analysis through historical AIS data. Learn about AIS system capabilities, data conversion, and visualization techniques with heatmaps and time-series databases, offering a deep dive into vessel tracking and maritime patterns with QuestDB and Grafana.| QuestDB Blog
Using Hilbert space-filling curves to visualize the effects of block sizes, interleaving, and compression on GeoTIFF file structure.| Signals & Pixels
As the world becomes increasingly digitized, maps are a critical asset, connecting us with the information and insights that enable everyday life, aid in problem solving, and keep us safe. When implemented into the DPI approach, mapping data can promote outsized benefits across sectors, from climate resilience and disaster response to urban planning, agriculture, and public health. Read this piece to learn more about why geospatial data should be considered a key component of good DPI.| Digital Impact Alliance
An engineer’s perspective on multi-sensor foundation models.| fnands.com
Discover why full standardization isn’t required to optimize interoperability. Learn how stepwise, machine-readable standards drive scalable, automated systems.| Open Geospatial Consortium
Discover how geospatial systems are evolving into smart, interconnected ecosystems—and why this shift is critical for data, resilience, and digital transformation.| Open Geospatial Consortium
Discover how the MUDDI standard is transforming underground infrastructure data to build safer, smarter, and more resilient cities from the ground down.| Open Geospatial Consortium
Discover how OGC’s Open Science Demonstrator turns climate research—wildfire risk, drought, algal blooms, urban heat—into reusable geospatial workflows.| Open Geospatial Consortium
Explore how OGC is enabling trusted, interoperable space data systems for a rapidly evolving space economy. Learn why alignment, AI, and open standards matter more than ever.| Open Geospatial Consortium
Learn how OGC’s Integrity, Provenance & Trust (IPT) framework ensures reliability of synthetic geospatial imagery—vital for flood, wildfire, emergency & policy use.| Open Geospatial Consortium
A short post today about the QGIS YouTube channel I just launched: called Map Academy. I have my Udemy courses online, and these are aimed at people who want a fully-fledged end-to-end QGIS course at intro or intermediate level. The Udemy courses are going pretty well and I have more than 6,000 students in 148 countries so far - with the top countries being the US, India, the UK, Germany, Canada, Nigeria, Turkey, Indonesia, Egypt and Brazil. If you want to request a video on my new YouTube ch...| Stats, Maps n Pix
Let's begin with a story, from some time around the early 1990s in the north of Scotland. I used to go to a church in Inverness with my Mum when I was growing up and although I've forgotten lots of things, one of the things I do remember is the minister asking this question at the start of a sermon:| Stats, Maps n Pix
Coiled Team| Blog
Many earth observation satellites are equipped with a higher resolution panchromatic sensor, and a lower resolution multispectral sensor. One example of this is the Pleiades satellite constellation by Airbus, for which the panchromatic sensor has a 70 cm ground sampling distance (GSD), and the multispectral sensor has a 2.8 m GSD, i.e. four times lower than the panchromatic band. The panchromatic band is sensitive to a wide spectrum of light, usually overlapping with several of the other spe...| fnands
In this post, we'll check how we can work with geographical data using Python.| DareData Blog
