Software platforms for water system modeling, GIS, and digital twins
EnviroInformatics develops advanced computational software for modeling, simulation, and decision support in water systems. Our platforms integrate hydrology, water quality, geospatial data, and cloud-ready architectures to support planning, operations, and digital twin applications across engineered and natural systems.

From physical systems to computational insight
EnviroInformatics builds and maintains a family of modeling and simulation platforms used for watershed hydrology, groundwater flow and transport, water quality processes, sediment dynamics, and integrated water system planning. Our software supports research, planning, and operational digital twin applications across engineered and natural systems.
Computational Modeling
Development of physically based and data-informed models for hydrology, groundwater flow and transport, water quality, and sediment dynamics, designed for transparency, extensibility, and long-term use.
GIS and Spatial Integration
Integration of geospatial data, spatial analysis, and map-based workflows directly into modeling platforms to support spatially explicit simulation, visualization, and decision support.
Digital Twin Architectures
Design and implementation of digital twin frameworks that couple models, data streams, and system state to support planning, scenario analysis, and operational insight for water systems.
Software Platform Development
End-to-end development of custom and extensible software platforms, from numerical engines and model coupling to user interfaces, documentation, and deployment.
Cloud and High-Performance Computing
Cloud-ready and high-performance computing solutions for large-scale simulation, uncertainty analysis, and optimization, enabling scalable and reproducible modeling workflows.
Consulting
Technical consulting focused on the design, evaluation, and application of computational models and software platforms for water systems, including model formulation, calibration strategies, uncertainty analysis, and decision-support workflows.
EnviroInformatics
Software platforms for water system modeling, GIS, and digital twins
Email: arash.massoudieh@enviroinformatics.co
Website: www.enviroinformatics.co
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