Empower Your Geostatistical Modeling with Isatis.py
Combine the robust algorithms of Isatis.neo with Python’s flexibility to streamline and automate your geostatistical workflows.
Or write to info@geovariances.com.
Why choose Isatis.py?
Isatis.py brings the full geostatistical strength of Isatis.neo directly into your Python environment, combining automation, flexibility, and performance to handle your most advanced modeling challenges.
It is designed for data scientists, developers, geologists, geostatisticians, and engineers in mining, oil and gas, and environmental industries. It benefits anyone who needs to address specific modeling challenges or refine their geostatistics workflow to align with in-house processes.
“Discovering Isatis.py gave me the chance to revisit the entire geostatistical workflow – from exploratory data analysis to multivariate simulations – while taking full advantage of Python’s capabilities for automation and custom analysis, but using all the tools already existing in Isatis.neo. I also see a lot of value for education; Isatis.py is a fantastic resource to help students better understand and apply geostatistics.”
– Rodrigo Estay Huidobro – Dr. in Civil Mining Engineering, Master of Science in Geophysics – Universidad de Santiago de Chile
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View Isatis.py in action
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SEAMLESS INTEGRATION WITH ISATIS.NEO
– Identical results between Isatis.neo software and the Python library
– Ideal for workflow validation and testing
– Direct database access
FULL MODELING CAPABILITIES
– Data preparation, transformation, variography
– Interpolation, kriging
– Uniform conditioning for mineral resource estimation
– Uncertainty analysis through conditional simulations
– Multivariate geostatistics
– Local anisotropy
DESIGNED FOR THOSE WHO PREFER TO DEVELOP
– Native Python and Jupyter compatibility
– Works with machine learning, visualization & data science Python libraries
– Automate, customize, and scale geostatistical workflows
DESIGNED FOR BIG DATA SETS
– Handles millions of cells
– Fully parallelized and multithreaded
– High-performance processing on Windows and Linux
FLEXIBLE & SCALABLE FOR ANY WORKFLOW
– From prototype to production
– Integrates with your existing systems
– Maintains geostatistical rigor across platforms
– Ideal for custom process development