Geospatial software engineering

Modern geospatial software for complex operations.

Harmtek designs and builds custom GIS applications, spatial data platforms, and automated geospatial workflows that connect with the systems your organization already uses.

APPLICATIONSPLATFORMSSPATIAL DATAAUTOMATIONAI WORKFLOWS

The operational gap

Your spatial data exists. The system around it may not.

Geospatial data is often distributed across GIS platforms, databases, APIs, spreadsheets, sensors, and internal applications. Standard mapping tools rarely connect the entire workflow.

Harmtek engineers the software layer that brings those systems together—turning spatial data into applications people can use to make decisions and run operations.

See how we solve it

Open architecture

Connect the stack.
Keep control.

We integrate with your existing technology and choose components around the workload—not a predetermined vendor ecosystem.

01 / INPUTS
PostGISArcGISGeoServerAPIsFiles & rastersSensors
02 / HARMTEK SYSTEM LAYERINTEGRATE
PROCESS
SERVE
AUTOMATE
03 / OUTPUTS
ApplicationsDashboardsMaps & tilesReportsAPIsWorkflows

Typical building blocks include PostgreSQL / PostGIS, GDAL, MapLibre, GeoServer, OpenStreetMap data, cloud-native raster formats, REST and GraphQL APIs, Docker, .NET, Go, React, and TypeScript.

AI + Geospatial

AI where it makes spatial work more useful.

Natural-language interfaces, assisted data discovery, automated report drafting, and geospatial agents can reduce friction in complex workflows. We integrate these capabilities with governed data, explicit controls, and human oversight.

Explore AI + Geospatial

Industries

Built for work that happens somewhere.

Harmtek serves organizations whose assets, operations, risks, and decisions have a geographic dimension.

Why Harmtek

01

Software engineering first

GIS systems engineered like modern software products—with maintainable code, deliberate interfaces, and clear operational boundaries.

02

Geospatial specialization

Purpose-built expertise around spatial data, map delivery, coordinate systems, and location-based workflows.

03

Vendor flexible

Architecture based on requirements and ownership goals, with integration across commercial, open-source, cloud, and on-premise systems.

04

Built for production

Performance, security, reliability, observability, scalability, and maintainability considered from the beginning.

Start a project

Have a geospatial problem off-the-shelf software cannot solve?

Let’s define the architecture, integrations, and operational workflow your organization actually needs.

Discuss your GIS project