Geospatial deep-dives, project stories and practical guides from the Cartolytic team.
Site selection is a spatial problem, yet most teams still run it on spreadsheets. Here is how GIS data layers, suitability scoring, and interactive web maps turn parcel screening into a fast, defensible process.
Why the credibility and volume of REDD+ carbon credits depend on rigorous GIS and remote sensing, illustrated through the Chaco Vivo project in Paraguay's Gran Chaco.
Most business data carries a location, yet most decisions ignore it. This article shows how mapping and spatial analysis turn "where" into a measurable decision variable — especially for market and trade-area analysis.
Utility-scale solar siting is a constrained multi-criteria problem: screen a whole region, exclude the impossible, then rank the survivors by irradiance, terrain and grid distance. Here is how we do it with GIS.
A PDF freezes one snapshot of an analyst's assumptions. An interactive web map lets stakeholders explore the evidence, check their own sites, and trust the answer. Here is why the format is part of the value — and how Cartolytic delivers analysis as living maps.
MCDA is the engine underneath most site suitability work. This guide walks the full pipeline — constraints, standardisation, weighting, aggregation — and the discipline that separates a trustworthy model from a pretty one.
How deep learning turns satellite imagery into reliable detections — from segmentation and object detection to Earth-observation foundation models — and the validation rigour that makes the results trustworthy.
Flood and climate risk is an invisible liability on the balance sheet. GIS turns hazard data into expected-loss and exposure scores that lenders, insurers and property buyers can actually price.
A radius is usually a lie. Real customers travel on the road network, so a defensible trade area is a drive-time isochrone — and getting that shape right changes every downstream number, from demand to cannibalisation.

How raw satellite imagery becomes thematic land cover maps, how you measure classification accuracy honestly, and how time-series algorithms reveal deforestation, urban growth and other change over decades.

A candid, end-to-end walkthrough of what a GIS suitability engagement actually involves — scoping, data, method, analysis, quality and delivery — plus what drives cost and timeline and what to prepare before you hire an analyst.
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