Precision Wave & Hydrodynamic Modeling
Simulate wave transformations, currents, and shoreline dynamics with unmatched mathematical precision. Completely offline, machine-locked, and zero cloud subscription dependency.
Built for Engineering Precision & Speed
MIMWAVE combines mathematical accuracy with full hardware control, giving you reliable results for critical coastal infrastructure projects.
High-Speed Mesh Computation
Accelerate coastal wave simulations with an unstructured mesh engine designed to model fine-grained shallow water dynamics without sacrificing speed.
100% Offline & Air-Gapped
Your project data never leaves your hardware. Machine-locked offline licensing ensures zero cloud dependency, zero internet requirements, and complete data privacy.
Direct GIS Data Workflow
Import bathymetry data, shapefiles, and rasters seamlessly. Generate simulation meshes and export results straight into standard engineering GIS software.
Empowering Coastal Engineers & Marine Researchers
MIMWAVE was built from the ground up to solve complex hydrodynamic challenges faced in real-world coastal engineering projects — from deep water wave transformations to port harbor agitation and shoreline protection assessments.
Enjoy unlimited computational simulation runs on your workstations with dedicated hardware license key activation, zero bandwidth latency, and absolute privacy for client sensitive bathymetric datasets.
[+] Mesh Density:
Adaptive Unstructured Triangular Grid
[+] Solvers Enabled:
Spectral Wave + Boussinesq Non-Linear Flow
Core Technical Features
Everything required to model complex marine and coastal hydrodynamics.
Spectral Wave Simulation
Simulate ocean wave spectra in 2D with adaptive unstructured meshes. Accurately model refraction, shoaling, diffraction, and wave breaking in shallow waters.
Hydrodynamic Circulation
Solves depth-averaged flow equations for tide and wind-driven currents. Automatically couples wave-current interactions without manual setup.
Morphodynamics & Sediment Transport
Track sediment movement under combined wave-current forcing. Assess coastal erosion, dredging impact, and beach nourishment stability over time.
Native GIS Data Import & Export
Directly import ESRI Shapefiles, GeoTIFF bathymetry, and XYZ point clouds. Export high-resolution results straight into GIS & CAD workflows.
Interactive Post-Processing Visualizer
Render real-time scalar and vector spatial fields. Extract time-series plots, velocity vectors, and animation clips for client reports.
Hardware-Locked Offline Security
Full offline execution with machine-locked hardware key. Air-gapped deployment guarantees total security for confidential defense or port project data.
Application Interface
Clean, interactive modeling environment designed for rapid post-processing.
[ MIMWAVE Graphical Workspace Mockup ]
High-density spatial mesh rendering with interactive depth contouring
Current velocity & tidal flow pattern simulation on flexible mesh
Why Choose MIMWAVE
Key operational and engineering advantages designed to streamline coastal modeling projects.
High Computational Speed
Hardware-optimized matrix solvers and flexible mesh algorithms significantly reduce simulation run times on standard workstations.
100% Data Privacy & Control
Runs entirely on your local hardware. Zero project data is transmitted to third-party servers or cloud platforms.
Seamless Native GIS Integration
Direct support for Shapefiles, GeoTIFF bathymetry, and raster files without requiring third-party data conversion scripts.
Robust Numerical Stability
Advanced unstructured triangular mesh solver handles steep bathymetric gradients and complex harbor geometries smoothly.
Predictable Investment
No recurring monthly cloud fees or per-simulation usage limits. Activate once and run unlimited model scenarios.
Rapid Post-Processing
Extract time series, wave height spatial contours, and current velocity fields directly into presentation-ready reports.
Ready to evaluate MIMWAVE for your team?
Contact us to request a license and setup key.
Ready to Deploy MIMWAVE?
Get in touch with our engineering team to receive your hardware-locked license key and documentation. Responses are provided within one business day.