Transform Mining & Geological Workflows into Visual Intelligence
Oreframe automatically converts your complex scripts and geological data pipelines into clear, interactive visual workflows using our unique AI-powered algorithm. No manual work required, but you can still edit them after.
A solution designed for mining companies and geological consultants.
From Script Chaos to Visual Clarity
Mining companies have automated their geological workflows using scripts across multiple platforms and languages. But editing these scripts in basic text editors creates critical challenges
Your Team's Automation Stack
Import, build, edit, run, and explore workflows. All in one platform
Python Scripts
RMSPIsatis.pyPyGSLIBCustom
Mining Software
IsatisDatamineVulcanSurpac
GIS & Spatial
QGISArcGISLeapfrog
Databases
PostgreSQLacQuireSQL
OREFRAME
Unified Visual Workflow Platform
π Python Scripts
βΌ
RMSPIsatis.pyPyGSLIBCustom
βοΈ Mining Software
βΌ
IsatisDatamineVulcanSurpac
πΊοΈ GIS & Spatial
βΌ
QGISArcGISLeapfrog
ποΈ Databases
βΌ
PostgreSQLacQuireSQL
Without a Proper Workflow Manager, These Scripts Create Critical Problems
β
Hard to Understand
Hundreds of lines of nested logic become spaghetti code, hard to understand.
3-6 months onboarding
βοΈ
Complex to Edit
Editing scripts in a basic text editor with no validation means one wrong character can break the entire workflow. Testing requires re-running the full process, hours or days.
A simple change can take days
π
Multi-Software Complexity
Moving data between Isatis, Datamine, QGIS and others creates bottlenecks and errors.
30-40% time wasted
π
Monopolized Licenses
Expensive licenses are tied up just to build workflows. Licenses should only be used when running computations.
3-5x license waste
Three Ways to Build Workflows with Oreframe
Import existing scripts, describe in natural language, or drag and drop nodes. Choose what works best for you
Create by Importing Scripts
Automatic Script-to-Workflow Conversion
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Instant Visualization
Upload your Isatis, Datamine, Vulcan, QGIS, or Python scripts and watch them transform into interactive flowcharts
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Full Software Knowledge
Our algorithm knows every function from Isatis.neo, Datamine, Vulcan, QGIS, and more
β
Zero Manual Work
Automatically extract functions, data flows, and dependencies from existing code
Works with legacy code
Create with Natural Language
Describe β Generate β Execute
β
Plain English Input
Write in natural language: "Import CSV drillhole assay and survey from path, run desurveying, composite by domain at 2m based on 'my_domain' variable, then perform variography of Fe_pct using default parameters"
β
AI Generates Workflow
Creates interactive flowchart with all nodes, parameters, and connections automatically
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Export Anywhere
Export to Isatis, Datamine, Vulcan, QGIS Python, standalone scripts, and more
10x faster than coding
Create by Drag and Drop
Visual Editor for Complete Control
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Intuitive Node Library
Browse hundreds of pre-built nodes for kriging, compositing, validation, and more
β
Visual Connections
Drag nodes onto canvas and connect them with your mouse. See data flow in real-time
β
Parameter Forms
Click any node to edit parameters with intelligent form interfaces. No code required
No coding required
π Create by Importing Scripts
βΌ
Upload your Isatis, Datamine, Vulcan, QGIS, or Python scripts and watch them transform into interactive flowcharts.
Instant visualization of your existing scripts
Full software knowledge (Isatis.neo, Datamine, Vulcan, QGIS)
Zero manual work - automatic extraction
Works with legacy code
π¬ Create with Natural Language
βΌ
Describe your workflow in plain English and let AI generate the complete workflow.
Write in natural language
AI generates workflow with all nodes and connections
Export to Isatis, Datamine, Vulcan, QGIS, or Python
10x faster than coding
π±οΈ Create by Drag and Drop
βΌ
Build workflows visually with our intuitive node editor.
Hundreds of pre-built nodes (kriging, compositing, validation...)
Drag nodes and connect them visually
Edit parameters with intelligent forms
No coding required
All Methods, Same Power
β‘
10x FasterMinutes, not weeks
π―
Fully CompatibleMix all three methods
π
Multi-PlatformExport anywhere
π₯
Human-in-the-LoopManual approval steps
Transform Your Geological Workflows: From Data to Resource Model
1. Import & Auto-Convert: From Scripts to Interactive Maps
Import your existing Isatis, Datamine, Surpac, Vulcan, or QGIS scripts and watch our unique algorithm automatically convert them into interactive visual maps in seconds. Zero manual reconstruction needed.
Automatic Conversion: Our proprietary algorithm intelligently parses Isatis.neo, Datamine, Vulcan (.lava), QGIS Python, and custom geostatistics scripts into interactive flowcharts.
Full Software Knowledge: Our algorithm knows every function from Isatis.neo, Datamine, Vulcan, QGIS, and more, automatically identifying each step and presenting them visually with proper connections and data flows.
Legacy Code Support: Works with thousands of lines of production code. Upload your 10-year-old Isatis macro and see it visualized instantly.
See exactly how your scripts connect, from database query to final block model export
2οΈβ£
2. Edit Visually: Modify Complex Workflows Without Breaking Anything
Stop editing scripts in text editors. Make changes visually with real-time validation.
No-Code Editor: Replace your text editor with intuitive forms and visual connections. Change kriging parameters, adjust search neighborhoods, modify variogram modelsβno scripting required.
Real-Time Validation: Oreframe checks data types, parameter ranges, and dependencies as you edit. Catch errors before running expensive computations.
Drag-and-Drop Nodes: Add new processing steps by dragging nodes onto your workflow canvas. Connect compositing β variography β kriging β validation with your mouse.
Build geological workflows visually, from drill data to resource models
3οΈβ£
Execute Anywhere, Monitor Everything
Don't just visualize. Execute your geological workflows reliably with built-in monitoring and quality control.
Local or Cloud Execution: Run resource estimation, grade control, and geological models locally or on cloud infrastructure, depending on where your software is installed.
Interactive QA/QC: Debug your workflows step-by-step, inspect estimation parameters, variogram fits, and block model statistics at any node. Catch errors before they impact mine planning decisions.
Version Control: Track changes to your estimation methodologies, compare resource model versions, and understand how your geological understanding evolves over time.
Execute and monitor all geological workflows from one centralized dashboard
4. Share & Reuse: Organize and Manage Workflows
Build a library of reusable workflows and share them across your team. Never rebuild the same estimation methodology twice.
Workflow Library: Save your validated workflows as templates. Organize them by deposit type, commodity, or estimation method for easy retrieval.
Team Sharing: Share workflows with colleagues, review each other's methodologies, and maintain consistent estimation standards across your organization.
Reusable Components: Extract common patterns (variogram models, search strategies, classification rules) as reusable nodes you can drag into any workflow.
Organize, share, and reuse workflows across your team
Real Mining Workflows & Templates
Manage all your workflows, use pre-built templates, or create reusable components
1
All Your Templates in One Dashboard
Browse, manage, and organize all your geological workflow projects in a centralized hub. Access your entire library of workflows, templates, and automation scripts from one unified dashboard.
β Centralized workflow management
β Quick search and filtering
β Organize by project, commodity, or methodology
β Share templates across your team
2
Use Existing Templates
Start with industry-proven templates built by mining professionals. Customize them for your specific needs.
Block Model Resource Estimation
Complete ordinary kriging workflow
Drillhole Data QA/QC
Validate assays and prepare modeling databases
Grade Control Workflow
Automate daily blast-hole sampling and ore classification
Geological Domain Modeling
Implicit modeling for lithology and mineralization
Geostatistical Analysis
Statistical summaries and variogram analysis
Mine-to-Mill Reconciliation
Compare estimated vs. actual production grades
Deposit-Specific Modeling
Vein, porphyry, saprolite, and more deposit types
3
Create Your Own - Reusable Code, Not One-Shot Scripts
Build workflows as modular, reusable components that can be shared across projects and teams.
Modular Components: Create parameterized workflow modules. Change parameters, not code
Team Libraries: Build your company's library of approved workflows
Version Control: Track changes for JORC/NI 43-101 compliance
No More Copy-Paste: Update once in the library, improve everywhere
π All Your Templates in One Dashboard
βΌ
Browse, manage, and organize all your geological workflow projects in a centralized hub.
Centralized workflow management
Quick search and filtering
Organize by project, commodity, or methodology
Share templates across your team
π¦ Use Existing Templates
βΌ
Start with industry-proven templates built by mining professionals.
Block Model Resource Estimation
Drillhole Data QA/QC
Grade Control Workflow
Geological Domain Modeling
Geostatistical Analysis
Mine-to-Mill Reconciliation
π§ Create Your Own Reusable Code
βΌ
Build workflows as modular, reusable components that can be shared across projects and teams.
Modular Components - Change parameters, not code
Team Libraries - Build your company's approved workflows
Version Control - Track changes for compliance
No More Copy-Paste - Update once, improve everywhere
Connect to Your Entire Ecosystem
Seamless integration with your existing tools. No complex setup required.
ποΈ Databases
βΌ
Connect to any database to read, write, and transform data.
PostgreSQLMySQLOracleMongoDB+100 more
π APIs & Cloud
βΌ
Integrate with REST APIs, cloud storage, and data platforms.
REST APIsAWS S3AzureGoogle Cloud
π Custom Web Apps
βΌ
Embed your own applications directly into workflow steps.
StreamlitFlaskDashGradio
ποΈ
Databases
Connect to any database to read, write, and transform data.
PostgreSQLMySQLOracleMongoDBSnowflake+100 more
βοΈ
Mining & GIS Software
Import scripts and macros from specialized mining and geological software.
IsatisDatamineSurpacVulcanQGIS
π
APIs & Cloud
Integrate with REST APIs, cloud storage, and data platforms.
REST APIsAWS S3AzureGoogle CloudFTP/SFTP
π
Custom Web Apps
Embed your own applications directly into workflow steps.
Create a Streamlit dashboard for data validation, embed it as a workflow node, and let users interactively review and approve data before it moves to the next processing step.
Expert Insights: Why Geologists and Engineers Love Oreframe
β Swipe β
"The whole team can know what is behind our procedure and understand the results, without having to learn Isatis usage and its scripting language."
"Explain your workflow in natural language and you get the result, even for complex ones. It's kind of magic."
"The Oreframe team understood something crucial: we do not need more tools or better algorithms, we need to understand what we do."
"The good part is, the tool is compatible with all the software we use internally."
Ready to Transform Your Geological Workflows?
Join mining companies and geological consultants who are preserving knowledge, accelerating onboarding, and improving resource model quality with visual workflows. Stop drowning in obscure scripts and macros. Start seeing your workflows clearly.