Description: Iber is a high-fidelity 1D/2D hydraulic and flood simulation platform delivering rapid, accurate modeling of open-channel flows, floodplain dynamics, and urban drainage. It integrates GIS data, customizable boundary conditions, and numerical solvers to support scenario analysis, hazard mapping, and design optimization for water resources, civil engineering infrastructure projects, and stakeholders.

Key Advantages:

• Robust 1D/2D coupled solvers with adaptive time-stepping for stable, efficient flood and transient flow simulations.
• Native GIS integration and preprocessing tools for terrain, land-use, and hydraulic structure representation enabling automated mesh generation.
• Extensible input/output API and batch processing for parametric studies, CFD/FEA coupling, and integration with CAD/EDA/CAM workflows.

Professional Scope: Essential for Architects, Civil Engineers, Electrical Engineers, Interior Designers, Mechanical Engineers, and Surveyors–GIS Specialists to assess flood risk, inform site planning, coordinate multidisciplinary systems, and validate infrastructure resilience and drainage designs.

Access & Licensing: Iber is available across Free, Paid-Subscription, and Paid-Lifetime licensing models to accommodate academic use, enterprise deployments, and long-term project licensing.

Specialization: Iber supports Construction Management, FEA/CAE coupling, Electrical/EDA data exchange, CAM/3D printing workflows for component prototyping, Data Science-driven analytics, Geotechnical and CFD coupling, Hydrology, Aerospace and Automotive fluid studies, Open-Source AI integration, Robotics simulation inputs, scientific simulation, and numerical libraries for advanced analysis.