GIS Platform Engineering

OGC Standards &
Spatial Data Publishing

Production-grade implementation guides for GIS platform engineers, spatial data publishers, Python backend developers, and government technology teams.

What You'll Find Here

Engineering-Grade Guides for Geospatial Infrastructure

Building reliable spatial data infrastructure requires more than familiarity with WMS endpoints or GeoServer admin panels. It demands a deep understanding of OGC specification behaviours across versions, the ability to automate complex provisioning workflows in Python, and the discipline to enforce metadata compliance across heterogeneous catalog systems.

This site provides the production-tested patterns, annotated code examples, and architectural context that GIS platform engineers need to build interoperable, maintainable spatial services at scale.

Each guide targets practitioners already working with spatial servers. You'll find precise coverage of WMS 1.1.1 vs 1.3.0 axis-order divergence, idempotent GeoServer REST automation with requests and Pydantic validation, ISO 19115 XSD compliance pipelines using lxml, and DCAT-AP JSON-LD generation for WMS layers — complete with working Python code using pyproj, geopandas, rasterio, and shapely.

Whether you're configuring tile matrix sets for a global WMTS deployment, syncing PostGIS layers to GeoServer via the REST API, or validating ISO 19115 XML records against published XSD schemas, these guides give you the precise technical foundation to implement correctly the first time.

Coverage now extends across the full OGC service family and its modern REST successor — WCS coverage subsetting, the transition from WFS to OGC API Features, and side-by-side decision guides for choosing between WMS, WFS, WMTS, and OGC API Features. On the operations side you'll find CI/CD pipelines that run OGC CITE compliance suites in GitHub Actions, and on the catalog side, CSW harvesting with owslib and STAC publishing for Cloud-Optimized GeoTIFF archives.

Start Here

Featured Guides

WMS

Understanding OGC Web Map Service Specifications

WMS · Python

How to Parse OGC WMS GetCapabilities XML in Python

CRS

SRS and Coordinate Reference System Handling

CRS · OGC

Handling Spatial Reference Mismatches in OGC Requests

WFS

WFS Transactional Operations Deep Dive

WFS · Migration

WFS 2.0 vs 1.1.0: Breaking Changes for Backend Developers

WMTS

WMTS Tile Matrix Sets Explained

WMTS · Config

Configuring Tile Matrix Sets for Global WMTS Deployments

GeoServer

Automating GeoServer with the Python REST API

GeoServer · Python

Python Script to Auto-Publish Shapefiles to a GeoServer Workspace

DevOps

Environment Parity for Spatial Servers

PostGIS · Python

Syncing PostgreSQL/PostGIS Layers with GeoServer via Python

Workflows

Layer Publishing Workflows in Python

SLD · CI/CD

Automating SLD Style Deployment Across Staging and Production

MapServer

MapServer Configuration as Code

MapServer · Python

Using gsconfig-py3 for MapServer Layer Configuration

ISO 19115

Implementing ISO 19115 Metadata Standards

ISO 19115 · Python

Validating ISO 19115 XML Against XSD Schemas with lxml

DCAT-AP

DCAT-AP for Spatial Data Portals

DCAT-AP · JSON-LD

Generating DCAT-AP Compliant JSON-LD for WMS Layers

Validation

Schema Validation for Spatial Records

Harvesting

Automated Metadata Harvesting Workflows

WCS

WCS Coverage Service Fundamentals

OGC API

OGC API Features and the REST Transition

Architecture

WMS vs WFS vs WMTS vs OGC API Features: A Decision Guide

WFS · Migration

Converting a WFS Endpoint to OGC API Features

WCS · Python

Downloading Coverage Subsets with WCS GetCoverage in Python

CI/CD

CI/CD and Compliance Testing for Spatial Services

CI/CD · CITE

Running OGC CITE Tests in GitHub Actions

Comparison

GeoServer vs MapServer: A Feature Matrix

Docker · DevOps

Containerizing GeoServer with Docker and Python Provisioning

CSW

CSW Catalog Service Integration

CSW · Python

Querying a CSW Catalog with OWSLib in Python

STAC

STAC Catalog Publishing for Raster Archives

STAC · COG

Creating STAC Items for Cloud-Optimized GeoTIFFs