Ladislav is the person in charge of all 3D mapping projects carried out in Melown Technologies. As such, he is both an expert in the subtleties of Vadstena, Melowntech's 3D reality-capture system, and a power user of VTS geospatial software stack.

By Ladislav Horký
September 2, 2020

VTS Geospatial: Strong points of VTS Backend, Part I

VTS Geospatial is a complete set of technologies that enables its users to build and operate 3D geospatial applications at any scale. This article describes of the pillar of the stack - VTS Backend.

By Ladislav Horký
September 7, 2019

All Melowntech's talks from FOSS4G in Bucharest 2019 in one place

Without the free and open-source software (FOSS), there would not be the geospatial industry as we know it, and there is no bigger event in the open-source geospatial community than the annual FOSS4G conference. Here are listed all the talks Melowntech's team gave in Buchurest.

By Ladislav Horký
February 6, 2019

Vadstena: Check out the Example Dataset

An example 72-hectare 5 cm dataset, processed by Vadstena 3D reality-capture software system, is now available for download and evaluation. The freely-available dataset comes complete with textured 3D mesh, orthophotomap, DEM, AI-based landcover, in a diverse set of industry-standard output formats.

By Ladislav Horký
September 12, 2017

Cloud: How to use Agisoft Photoscan with Melown Cloud

Melown Cloud provides a simple way to present your Agisoft PhotoScan model in a web browser complete with surrounding terrain, Bing Maps aerial imagery and OpenStreetMap labels.

By Ladislav Horký
August 11, 2017

Photogrammetry: 79,000 sqkm. 95,000 Nadir Images. One 3D Map.

In a joint effort with, Melown Technologies has carried out arguably one of the largest 3D mapping projects ever done, covering the entire Czech Republic with a photogrammetric 3D map created from 12.5cm/px nadir imagery, with select portions based on 10cm/px oblique imagery.

By Ladislav Horký
July 14, 2017

VTS: True3D City Models Overlaid with Cadastral Survey Vectors

In this tutorial we combine 3D data of a Czech village Jenštejn that we made available for this purpose with both raster and vector cadastre provided by State Administration of Land Surveying and Cadastre (ČÚZK).