Slide3
Geology and seismic software
Oil and gas software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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$7,299 per license
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What is Slide3
Slide3 is a 3D limit-equilibrium slope stability analysis application used to model and evaluate the stability of soil and rock slopes. It supports geotechnical and geoscience workflows such as open-pit mine slope design, embankments, excavations, and natural slope hazard assessment, including scenarios relevant to energy and infrastructure projects. The product focuses on 3D geometry handling, multiple limit-equilibrium methods, and sensitivity/probabilistic analysis to quantify factors of safety across potential slip surfaces.
Purpose-built 3D slope stability
Slide3 centers on 3D limit-equilibrium slope stability rather than general subsurface modeling. This makes it well-suited for analyzing complex slope geometries, benches, and spatially variable material zones. For teams that primarily need slope stability factors of safety and critical slip surfaces, it can be more direct than broader geoscience platforms.
Multiple analysis methods available
The software typically includes several limit-equilibrium formulations and search strategies for identifying critical slip surfaces. This helps engineering teams compare results across methods and document assumptions for review. It also supports common slope-stability outputs (e.g., factor of safety contours and critical surface reporting) used in design and risk discussions.
Sensitivity and probabilistic options
Slide3 supports workflows for exploring parameter uncertainty through sensitivity studies and probabilistic analysis (where licensed/enabled). This is useful when material properties vary or data quality is uneven, which is common in large earthworks and resource projects. These capabilities help quantify how input uncertainty affects stability outcomes rather than relying on a single deterministic case.
Narrow scope versus full platforms
Slide3 focuses on slope stability and does not replace full seismic interpretation, reservoir characterization, or integrated earth-modeling environments. Organizations looking for end-to-end subsurface workflows may need additional tools for geologic modeling, geostatistics, or seismic data management. As a result, it often sits as a specialist application within a broader software stack.
Limit-equilibrium assumptions apply
As a limit-equilibrium tool, results depend on assumptions about failure mechanisms, interslice forces, and material behavior. It does not provide the same type of stress–strain, coupled hydro-mechanical, or time-dependent deformation modeling that numerical methods can address. Projects requiring detailed deformation prediction or complex constitutive modeling may need complementary numerical analysis software.
Interoperability depends on formats
Data exchange with other geology, GIS, and engineering systems depends on supported import/export formats and disciplined data preparation. Complex 3D geometries and heterogeneous material models can require cleanup to avoid inconsistencies between tools. This can add time to workflows when integrating with enterprise geoscience repositories or multi-vendor modeling environments.
Plan & Pricing
| Plan | Price | Key features & notes |
|---|---|---|
| Personal (perpetual) | $7,299 | Price listed on Rocscience official Price List for Slide3. |
| Flexible (perpetual) | $11,699 | Price listed on Rocscience official Price List for Slide3. |
| Personal Lease (1-year lease) | $7,299 | 1-year lease price listed on Rocscience official Price List for Slide3. Lease licenses provide access to the latest versions and technical support. |
| Flexible+ Lease (1-year lease) | $17,099 | 1-year lease price listed on Rocscience official Price List for Slide3. Lease licenses provide access to the latest versions and technical support. |
Seller details
Rocscience Inc.
Toronto, Ontario, Canada
1996
Private
https://www.rocscience.com/
https://x.com/rocscience
https://www.linkedin.com/company/rocscience/
