Integrated Tools for Geotechnical & Mining Engineering Challenges

Evaluates slope stability, safety factors, and probability of failures with built-in seepage analysis and extensive support libraries.

Solves challenging 3D slope stability models effortlessly, offering all the features of Slide2 plus advanced 3D modelling.

Analyzes slopes, foundations, tunnels, and more using the shear strength reduction method for accurate stability assessments.

Analyzes complex 3D geotechnical models for civil and mining projects, perfect for both rock and soil.

Centralizes your borehole data and streamlines collecting, reviewing, and preparing borehole logs, both in the office and on the field.

Evaluates the stability of retaining walls to ensure they stand the test of time.

Performs immediate, primary and secondary consolidation for foundations and embankments, while analyzing multiple CPTs and liquefaction using diverse methods.

Analyzes axially and laterally loaded piles, grouped piles, bored piles, and capacity piles.

Determines valid block formations by intersecting joints in 3D space and calculates the factor of safety for each block using the 3D limit equilibrium method.

Provides a single platform for the analysis of rock slopes susceptible to wedge, planar, and topping failure.

Assesses the factors of safety of thousands of blocks in highly jointed rock masses, where failures are structurally controlled.

Assesses rockfall hazards in 2D, performs statistical analysis using rigid bodies, and designs barriers for slopes at risk of rockfalls.

Assesses rock slopes in 3D, performs statistical and rigid body analysis, and designs and tests barriers for slopes at risk of rockfalls.

Visualizes underground excavations in rock containing intersecting structural discontinuities.

Analyzes rock and soil strength data and determines strength envelope parameters. Includes RocProp, a database of intact rock properties.

Utilizes the boundary element method for large-scale underground structures including mines, tunnels, and caverns.

Uses ground reaction curves to estimate deformation in circular or near-circular excavations in weak rock and visualizes tunnel interaction with various support systems.

Next generation stereonet analysis for large-scale orientation data, combining high-performance computing, Python automation, and seamless Rocscience integration.

Analyzes the stability of surface and underground crown pillars and laminated roof beds with a wide range of analysis methods.

Simulates earthquake ground motion effects on layered soil profiles using nonlinear and equivalent linear approaches with versatile input options, suites of ground motions, and export-ready outputs.

Includes a powerful 3D model generator and is designed to solve questions from engineering geology, geotechnics, and geometry.

Optimize quarry blasting with advanced 3D design, analysis, and data-driven performance insights.

Determines the particle size distribution of fragmented rock.