• Appreciate an innovative and overall user-interface from which all applications are launched. The software ribbon menu makes it easy to find all available tools.
• Load various 2D or 3D data types (boreholes, drill holes, wells, points, grids, surfaces, volumes, meshes, etc.) and formats (Isatis, acQuire, Datamine, Eclipse, Gocad, Leapfrog, Petrel, Vulcan, CSV, Excel, CAD files, ODBC, SEG-Y, etc.) in a seamless way thanks to flexible file import and export tools. Easily export data to as many formats.
• Benefit from a wide range of tools for data management and manipulation, and calculation of new variables.
• Enjoy systemic naming of output variables that saves you time and ensures name consistency when models are numerous.

• Experience a unique, integrated, and user-friendly application for Exploratory Data Analysis. Achieve thorough data analysis through interactive and linked-together statistical representations (histograms, cross-plots, box-plots, swath-plots, trend-plots, variograms).
• Benefit from superior variography capabilities. Build experimental variograms (multivariate/multi-directional/downhole) and get variogram models automatically well-fitted. Compute variogram maps and identify anisotropies. Fit a model on raw and Gaussian-transformed data in one go.
• Check the relevance of your variogram model and validate it using cross-validation.
• All the inputs users need for kriging or simulation (variogram models, stationarity options, anamorphosis function) are stored in a single dedicated object. It guarantees consistency and makes parameter setting more straightforward.
• Precisely analyze how variables of interest behave across geological domains to assess the type of contact between two domains, whether hard or soft, and improve your understanding of domain connectivity.
• Automatically group samples into homogeneous classes (e.g., facies, geological, or mining domains) and perform domain modeling .

• Access a broad portfolio of kriging algorithms, including point, block, simple, ordinary, universal, spline, linear kriging, kriging with external drift, faults, local parameters, variance of measurement error, filtering model components, and Mixed Support Kriging, from one dialog box. Additional options are available to deal with multivariate datasets, anisotropic phenomena, uncertain or noisy data, and negative estimates (rescaled cokriging). Perform estimation of sub-blocks (Standard and Mining Editions).
• Assess estimate quality by comparing output statistics with the ones of the input data or any interpolated data globally or per domain.
• Run Kriging Neighborhood Analysis (KNA) to support your neighborhood parameter setting.
• Assess mineral resources through Uniform Conditioning (UC) or Multiple Indicator Kriging (MIK). Localize estimates computed on blocks to SMU (Standard and Mining Editions). Compute grade-tonnage curves.
• Conventional interpolation techniques, such as nearest neighbor, inverse distance, moving average or moving median, linear kriging, spline kriging, and linear interpolation, are also available.
• Cap the higher or lower values in heavy-tailed distributions to ignore outliers in the modeling process.
• Remove imperfections in images by running morphological operations on grids.

• Perform risk analysis through non-conditional and conditional simulations (SGS, TB, SPDE) and post-processing for robust uncertainty quantification, or quickly calculating the Conditional Expectation.
• Validate simulation outputs by comparing the simulations’ statistics, distribution, and variograms with the ones of the original data.
• Benefit from the Direct Block Simulations, a unique and powerful algorithm enabling to bypass point scale models to build block scale models directly, thus saving considerable time and disk space (Standard and Mining Editions).
• Select a representative subset of simulations to characterize the risk attached to a project with the Simulation Reduction tool. It reduces the original number of realizations into a few more manageable items while preserving the statistics of the original simulation set (Standard and Mining Editions).

• Produce detailed and geologically sound facies models using Sequential Indicator Simulations (SIS), Plurigaussian Simulations (PGS), or Multiple-point Statistics (MPS). These latest techniques are specifically designed to model complex geology with different structure orientations and heterogeneous deposits (channels, reefs, bars, differently oriented facies, sets of conjugate veins, or ore types where geological constraints apply).

• Benefit from Python functionalities and coding through Isatis.neo Calculator to generate your variables and functions.
• Set up loops to automate production workflows and save time through XML scripting and batch file. Run Python script from batch files. Easily edit batch files with the integrated Batch Editor.
• Quickly test different scenarios.
• Keep complete track of your process and memorize the steps and parameters of your working session in script files for full auditability.

• Isatis.neo combines a GIS-like application and a 3D Viewer. Benefit from usual geographical tools and deliver customized displays of your model.
• Produce your study report on the fly as your project progresses. Enjoy the efficiency of an integrated word processor. Export your report in pdf or odt format.

Isatis.neo is delivered in three versions to be best suited to your industry:

• The Mining Edition is aimed at resource geologists or geostatisticians who need to produce reliable mineral resource estimates and perform comprehensive geostatistical studies.
• The Petroleum Edition is specifically designed for geophysicists and geomodelers who need to build accurate reservoir models. This edition integrates an innovative and powerful workflow for time-to-depth conversion and comprehensive volume analysis: Conversions & Uncertainties Workflow.
• The Standard Edition is for anyone dealing with spatialized data and needing to produce reliable maps or 3D models and achieve quantified risk analyses.