GeoVisionary

What is GeoVisionary?

Evaluate and interpret layered datasets to build a complete picture of landscape-scale scenarios. Developed in collaboration with the British Geological Survey.

GEOVISIONARY BENEFITS

The essential tool for every geoscientist

Built for modern geoscientist

Developed in collaboration with the British Geological Survey, GeoVisionary specializes in viewing disparate datasets, allowing different disciplines to collaborate around a single tool in the same spatial context.

Virtual field work for targeted operations and better results

Plan, scope and focus on field operations, identify risks to ensure effective use of time on the ground. Local teams have access to the most complete information and can update local colleagues and remote experts on discoveries and operations.

Easily integrate external data sources

Integrate very large volumes of data from multiple sources, enabling greater understanding of multiple spatial datasets. Combine multi-resolution terrain from different sources to create instant slope and aspect maps.

Inform and engage your audience

No matter what your audience's background is, you can communicate complex, multi-layered scenarios broadly and clearly.

View without writing code

GeoVisionary has been designed with an intuitive user interface. Geoscientists can work on the scene they are creating directly, achieving immediate results.

Live environmental monitoring

Receive and evaluate real-time updates of environmental monitoring equipment and databases such as river flow, seismic sensors, or GPS data trails from vehicles and aircraft. A context-rich view allows you to explore possible outcomes and countermeasures.

KEY FEATURE

View entire landscapes from macro-scale to millimeter

From laser scanning to national terrain model in a visualization. Users can have access to fine detail grain-sized textures without losing the ability to get a macro-scale overview.

PRODUCT CHARACTERISTICS

GeoVisionary has been used to map the surface of Mars as well as the geology of the seabed

Billions of data points

Gather point clouds from billions of points and combine them with other datasets, including GIS software, LiDAR, and other data sources for intuitive visual representations of complex phenomena.

Comprehensive toolset for virtual field work

Measure the orientation of slopes, fractures, and other features, and create a terrain profile and any other models in the visualization. Change the terrain lighting and the direction of the sun to enhance soil characteristics.

Enrich visualizations with live data feeds

Embed web services, local sensor feeds, or local personnel GPS data for an active site management tool.

Import and connect to content from anywhere

The software can import data from all major tool chains in the polygon, CAD modeling and 3D scanning field. An open API allows you to complement this with integrations to any other tool or dataset you want.

Digital elevation models

Build virtual landscapes for geomorphology, flood modeling, and land use studies of virtually any type of DEM format.

GIS

From the most commonly known sources and file types: SHP, KML, GPX, GML and many more.

OBJ

Common format for textured mesh data. Often created by drone-based mapping.

GoCad Importer

Exchange format commonly used for geological model data.

Seg-Y

Import 2D seismic sections according to the standard established by the SEG Technical Standards Committee.

.. and many others

Satellite or aircraft images, many point cloud formats, well data, incorporate MCAD formats. Please contact us for further details.

System requirements:

CPU: 1.8 GHz dual core processor

RAM: 2 GB

HDD / SSD: 50 GB of free space on the main drive

Operating system: Microsoft Windows 8 32-bit, Microsoft Windows 7 32-bit and Microsoft Windows Vista 32-bit

Resolution: 1024×768