Software
Novel Smart Water
software solutions to improve
integration, efficiency, and optimization
We develop advanced water and environmental modeling along with decision-support software to improve sustainable resource management
Our cutting-edge environmental modeling tools and GIS-based platforms enable real-time data analysis for climate resilience, urban planning, and agricultural water management. These data-driven solutions help policymakers, researchers, and industry professionals optimize sustainable resource management strategies.
Data Analytics & Modeling
We offer state-of-the art modeling services, data hosting, and storage solutions.
Geographic Information Systems
Our team develops tailored solutions that automate workflows and streamline GIS tasks.
Content Management System
Create, organize, and share you information seamlessly using our web-based platform.
Software Portfolio
Explore our web-based suite of online tools for managing water and linked environmental resources.
Software Platform
Our software development arm, Catena Analytics, provides powerful platforms for building accessible and scalable analytical tools and simulation models that can be accessed via desktop or mobile devices. Our novel environmental Resource Assessment and Management System (eRAMS) and Cloud Services Integration Platform present several options for developing collaborative projects and integrating geospatial data, analytics, and modeling engines.
Our cloud-based platforms provide online services and customized tools for managing water and linked environmental resources in a changing world.
Featured
Tools & Resources
Data Analysis and Modeling
Our team has been on the forefront of many advancements in modeling frameworks for improved model and data integration. Our platform-independent data management and modeling services represent state-of-the-art distributed storage and computing techniques to provide the scalability and availability necessary to serve a broad range of needs. Our eRAMS web services provide platform-independent access to data, models, modeling outputs, and metamodeling.
At OWSI, we have enabled our users to more accurately study systems of interest through model and data integration by removing platform barriers and efficiently streamlining data queries and workflows.
Expertise
- Model Integration: Optimized frameworks for modular and component-based modeling
- Scalable Data Solutions: Distributed provisioning, storage, and large-scale time series hosting.
- Workflow & Provenance: Advanced management systems for data lineage and process automation.
- High-Performance Computing: Parallel processing for efficient model execution.
- Modeling-as-a-Service (MaaS): Seamless cloud deployment for scalable simulations.
- AI-Driven Meta-Modeling: Automated optimization with neural networks
Geographic Information Systems
The geographic information system (GIS) component of our platform provides online solutions for location-based data management and information governance. Our platform-independent GIS tools can be accessed from any desktop or mobile device. All eRAMS GIS tools and data services are compatible with commercial software packages such as ESRI ArcGIS and Google Earth data. Our smart water software is developed using open-source technologies and publicly available databases.
At OWSI, our geospatially enabled web-services provide cutting-edge products to create and manage your location-based resources.
Content Management
The eRAMS Content Management capacities include several options for managing private and shared digital resources. Account holders can upload documents, media, and even geospatial information. The eRAMS Group functionality enables users to share documents, media, geospatial datasets, and projects with a group of users. Users can also share files with a custom URL. eRAMS Projects are combinations of geospatial data, tables, and modeling tools which can be shared with other active account holders of your choice.
Our eRAMS platform provides a suite of solutions for managing documents, media, geospatial information and projects.