Unified storage, real‑time computation and AI‑native tools that turn every curve into decisions at scale.
Fully featured, scalable database. Centralise logs, core and interpretations in a single wellbore‑centric store instead of scattered folders.
Parallel compute engine. Run heavy workflows across thousands of wells in minutes, not days.
Real‑time computations. Update interpretations, dashboards and QC views as soon as new data lands.
Multi‑user with versioning. Let teams work in parallel with full change history and safe rollbacks.
Any OS, any deployment. Linux, Windows, macOS, cloud and private installs supported.
GPU‑driven visualisation. Interact with thousands of wells, advanced logs and core data without waiting on the UI.
Built for power users. Modern graphics, keyboard‑first workflows and layouts tuned for daily petrophysical work.
Dashboards that answer "why". Cross‑plots, histograms, pies, maps and more—tied back to the underlying wells in one click.
Automated mineralogical inversion. Generate volumetric models with porosity, saturation, facies and more—at scale.
Any reservoir type. Clastics, carbonates and unconventional plays are treated in a single, consistent framework.
Evergreen models. Adjust models in real time when new core or log data arrives instead of re‑starting projects.
Thousands of wells in one run. Run field‑wide volumetrics without manual stitching and scripting.
Google‑Docs‑style collaboration. Geologists, petrophysicists and engineers work on the same dataset in real time.
Shared understanding by default. Everyone sees the same curves, flags and interpretations instead of private copies.
One source of truth. Centralised projects reduce inconsistencies and duplicated work.
Domain‑ready ML algorithms. Use pre‑built models tuned for wellbore problems instead of starting from generic toolkits.
N‑dimensional solvers. Tackle complex, multi‑variable relationships that are hard to capture with spreadsheets and scripts.
Adaptive learning. Let the platform learn from your data and edits in real time, improving results over time.
Big‑data engine. Process field‑wide datasets with AI without breaking your infrastructure.
Natural language wellbore analysis. Interact with your well data using conversational queries—ask questions in plain language and get instant insights from complex petrophysical datasets.
Intelligent documentation processing. Automatically extract and structure information from geological reports, well logs descriptions, and technical documentation using advanced LLM capabilities.
Conversational data exploration. Explore thousands of wells through natural language dialogue, making complex data analysis accessible to both experts and non-specialists.
Cutting-edge LLM integration. Wellbore.AI leads the industry in applying large language models to wellbore data, transforming how petrophysicists interact with and understand their datasets.
Full Python at your fingertips. Develop and run custom algorithms from your preferred Python IDE against platform data.
Seamless domain integration. Connect wellbore data with seismic, geology and reservoir engineering tools.
Microservice architecture. Extend the platform without breaking what already works.
Open APIs. Expose data and algorithms to other systems instead of locking them into a black box.
