- Automating processes and tasks
- Open GEO standards & APIs
- Visualize complex spatial data
GIS and Data Analysis
GIS experts face complex challenges in integrating data with other systems and often the lack of standardized approaches, hindering seamless collaboration. At Tygron we realize that as a Geodata professional you want to be in full control of your spatial data and GIS analyses, and that you want your data to flow unhindered.
Tygron and GIS
To support this goal, we have developed the Tygron Platform. The Tygron Platform is designed to perform advanced analyzes and scenario calculations based on GIS. It provides the capabilities to create and analyze models that simulate real processes and phenomena. It integrates spatial data with analytical techniques to make predictions and test scenarios.
The Tygron Platform offers an innovative approach that goes beyond traditional GIS tooling. By integrating data based on linked data principles and using supercomputing, the platform makes it possible to perform integrated analyzes quickly and efficiently. For GIS experts, this not only means an improvement in the speed and accuracy of spatial modeling, but also a deeper insight into complex spatial issues.
For example
Imagine that you are mapping out options to limit damage in the event of a flood. With traditional GIS tools, you would have to analyze data about roads, population density, and elevation models separately and then manually integrate them. The Tygron Platform allows you to integrate these datasets and run a simulation that takes all relevant factors into account in one go. This gives you immediate insight into the most effective evacuation routes, vulnerable objects and the expected impact on the population.
Functionalities for GIS users
- Integration of Spatial Data:
- Combine different types of data to create complex models, by working with GIS standards.
- Modeling methods:
- Deterministic Models: These models predict results based on fixed input parameters, such as floods, drought, heat stress, noise and particulate matter.
- Combined GIS analyses: Such as combining connectivity and routes with heat stress analyzes for distance to coolness calculations and combining flooding with evacuation routes. Using average and combo overlays.
- Spatial Excel calculation models: Makes Excel calculation models spatial by automated data retrieval from projects, such as flood areas, duration of floods and combining damage. Using TQL.
- Scenario Analysis and Simulation:
- Testing different scenarios to predict future outcomes, such as the effects of climate change.
- Calculate housing plans and immediately analyze their effects.
- Visualization:
- Use of maps, 3D models, web viewers and graphs to present model results.
Get started with the Tygron Platform
Start simple. Grow at your own pace.
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