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techno MAP

PLATFORM FOR  IMAGE PROCESSING AT ZERO LICENSING COST!

foto de um geoprocessamento com a plataforma TECNOMAP

ORTHOPHOTO, DIGITAL SURFACE AND TERRAIN MODEL

Foto de um geoprocessamento com a plataforma TECNOMAP processando a ortofoto, MDS e MDT

POINT CLOUD AND 3D MODEL WITH VARIOUS MEASUREMENT TOOLS

foto mostrando a nuvem de pontos e demais ferramentas da plataforma TECNOMAP

techno MAP

A complete platform, supported by "Opensource" software development at ZERO LICENSING COST!

SERVICES: We deliver the integrated and customized Platform, HARDWARE + SOFTWARE , with support and training.

*Run your application on local machine,
  being able to allocate more hardware resources in the cloud
dividing
  tasks and adding processing nodes to the cluster.

PLUGINS FOR ADDING CONTROL POINTS 

foto da plataforma TECNOMAP mostrando a possibilidade da instalação de plug-ins
foto da plataforma TECNOMAP mostrando a interface dos pontos de controle
foto da plataforma TECNOMAP mostrando o arquivo dos pontos de controle.
foto da plataforma TENCOMAP mostrando o arquivo das fotos realizadas junto com os pontos de controle
foto da plataforma TECNOMAP processando os pontos de controle
foto da plataforma TECNOMAP mostrando a quantidade dos pontos de controle de forma fácil.

PHYTOSANITY WITH VARIOUS VEGETATION INDICES!

foto da plataforma TECNOMAP mostrando o processamento da fotossanidade com índices de vegetação

EXPORT RESULTS

foto da plataforma TECNOMAP mostrando a tela de exportação dos dados

 TECNOMAP PLATFORM FOR PROCESSING IMAGES WITH DRONES

 

It is an image processing platform supported by the open source OpenDroneMap Solution, a user-friendly and extensible application and API for drone image processing. It provides a web interface to ODM with data visualization, storage and analysis functionality running locally without the need for internet access. (http://localhost)

 

  • Generation of Orthophotos

  • Point Cloud Generation

  • Elevation, Terrain and Surface Models

  • Easy volume and area measurements for inventory tracking

  • Plant health through NDVI, VARI, GNDVI and many other indices

  • Use of GCPs to obtain precision in the geopositioning of the map

  • Viewing and exporting elevation contours to AutoCAD, ShapeFile, GeoPackage

  • Processing of aerial and terrestrial images, captured in nadir or oblique form

  • Multispectral Image Processing

  • Export in high resolution, GeoTIFF, PNG, LAS and OBJ formats