High-fidelity seismic modeling and imaging for complex geology.

3Dcomplex geology

More than one trillionunknowns demonstrated

Cloud + HPCone simulation model

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Seismic Modeling Reimagined

Finite Element Method

Flexible: Complex geometries
Accurate: High-order geometry and fields

Three-dimensional high-order finite-element mesh

Adaptive Meshing

Optimal: Concentrates effort where needed
Automated: No tedious mesh tuning

Adaptive finite-element mesh concentrated around complex geometry

Fast Frequency-Domain Solver

Stable: No CFL condition
Scalable: More than one trillion 3D unknowns demonstrated

High-resolution simulated seismic wavefield

Frequency Domain vs. Time Domain

FrequenSolve enables unparalleled frequency-domain simulation, often >100x faster than leading time-domain tools.

Time-domain simulation is also supported by combining frequencies. This can often be competitive with leading time-domain finite difference codes and is especially competitive in cases with:

Attenuation
Anisotropy
High contrast
Topography / complex geometry

Frequency-Domain

Time-Domain

How it Works

FrequenSolve's intuitive Python interface combines models, acquisition geometries, and data into 'simulations'.

Simulations can be run at various 'sites' where our fast solver code is installed and licensed, including:

AWS cloud via FrequenSol's API
On-prem HPC clusters

Simulations can be run in forward, adjoint, and gradient mode, in both frequency- and time-domain.

Results are stored on the cloud or HPC site, FrequenSolve provides secureand convenient methods for retrieving, exporting, and plotting results.

FrequenSolve defines customizable imaging workflows including Reverse Time Migration (RTM) and Full-Waveform Inversion (FWI), or can be used as a modeling backend for proprietary imaging algorithms.

FrequenSolve Python client simulation example

Use Cases

3D Topography Modeling

Model high-precision surface topography directly instead of relying on extensive static corrections.

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Flat topography

Dune topography

Scholte Wave Modeling

Resolve slow Scholte waves across fluid-sediment interfaces with localized adaptive meshes.

Explore Scholte Wave Modeling

Adaptive finite-element mesh aligned to a fluid-sediment interface

Adaptive interface mesh

Modeled Scholte-wave data

Seismic Speckle Modeling

Capture scattering from fine-scale heterogeneity in slow, weathered near-surface layers.

Explore Seismic Speckle Modeling

Near-surface seismic velocity model containing fine-scale heterogeneity

Heterogeneous near-surface model

Synthetic seismic gather showing near-surface speckle scattering

Modeled scattered wavefield

3D Borehole and Fracture Modeling

Represent boreholes and fractures directly to resolve tube and Krauklis-wave behavior in 3D.

Explore 3D Borehole and Fracture Modeling

Three-dimensional finite-element mesh surrounding a fluid-filled borehole

3D borehole finite-element mesh

Features

Domain	Frequency Time
Dimensions	2D 3D
Physics	Acoustic Elastic Electromagnetic Coupled Multi-physics
Modes	Forward Adjoint Gradient
Interface	Python Client
Platform	Cloud HPC

Choose how to run FrequenSolve

Start with a free Cloud trial or explore an On-Prem and Hybrid HPC deployment.