Projects That Prove the Point

A multi-criteria site suitability platform for an urban planning and development organisation in Saudi Arabia.

Our Czech partners ordered the creation of a detailed 2D vector map for the city of Prostejov. The project included the mapping of communication lines, sidewalks, bike paths, parking lots, as well as road signs with their location and rotation.

The project involved verifying the accuracy of existing buildings in the database and adding new buildings that were not previously included. This was accomplished using orthophotos, Street View, topographic maps, and additional supporting materials.

The project updated an existing topographic database from orthophotomaps over 17,000 km². The job was to check the current topographic objects, correct them, and add new entries where they were missing.

A validated proof of concept that establishes where a drone photograph was taken when no satellite fix is available, by matching the image against a georeferenced orthophoto of the area. Given a photo, it returns a WGS84 position.

We built a system that automates forest inventory. Using geoinformation technologies and machine learning, it locates trees accurately and quickly over large areas.

GIS-Point worked with a seabed mapping company on the accuracy and reliability of their geospatial data.

The project produced a web platform for weather data analysis and monitoring, with multilingual and location settings so it works for users anywhere.

The client needed a tool to centralize and visualize soil information gathered from research sites, remote sensing, and predictive soil models. , 0–5 cm, 5–15 cm), with support for interactive querying and downloadable data outputs.