Why Use AI for Faster, More Accurate Fault Interpretations?

Why Use AI for Faster, More Accurate Fault Interpretations? Faults are among the most critical geological features in subsurface reservoirs. From forming structural traps in conventional hydrocarbon plays to introducing drilling hazards in unconventional settings, faults profoundly influence exploration, development, and production decisions. For decades, accurately mapping these features from...

Upcoming Webinar: SeisWare Connector

WebinarSeisWare Connector — Seamless Workflow Integration between SubsurfaceAI and SeisWare  🔗 About the WebinarTitle: SeisWare Connector: Seamless Workflow Integration between SubsurfaceAI and SeisWareDate & Time: [Wednesday, June 25th, 2025]Format: Live Webinar (Microsoft Teams)*👉 Register HereSeisWare is a cornerstone seismic interpretation platform for many Canadian oil and gas companies. Until now,...

De-Risking Horizontal Drilling

De-Risking Horizontal Drilling with Machine Learning in Unconventional Plays Horizontal drilling in unconventional reservoirs comes with significant risks and uncertainties. Yet, it also generates massive amounts of data that hold the keys to smarter decision-making. In this article, we explore how machine learning (ML) can help de-risk horizontal drilling by...

A quick tour of ML in subsurfaceAI 2025

A quick tour of ML in subsurfaceAI 2025 Machine Learning at the Core of subsurfaceAI 2025.1subsurfaceAI’s 2025.1 release marks a watershed moment for digital subsurface workflows. Where geoscientists once stitched together disparate tools—sometimes literally drawing interpretations by hand—today they can call on a tightly integrated suite of machine‑learning (ML) models that accelerate every...

Rapid Reservoir Characterization

Rapid Reservoir Characterization with Multiple Seismic Attributes A Complete Workflow Solution Powered by AI and Machine Learning from subsurfaceAI In today’s energy industry, subsurface professionals face the dual challenge of working with increasingly complex datasets and delivering faster insights with fewer resources. As exploration targets become more subtle and development...

subsurfaceAI 2025.1 Release

subsurfaceAI 2025.1 Release subsurfaceAI 2025.1 Release - Smoother SeisWare Integration & Smarter WorkflowsApril 15, 2025Calgary, Alberta-We’re excited to announce the release of subsurfaceAI 2025.1, now available to all users. This release marks a significant leap in interoperability with SeisWare, empowering geoscientists with more seamless data exchange, expanded project database two-way...

Full Two-Way Integration with SeisWare

Full Two-Way Integration with SeisWare in subsurfaceAI 2025.1 Breaking Down Silos in Subsurface Interpretation At SubsurfaceAI, we’ve always believed that the future of geoscience is not just about smarter algorithms—it’s about smarter workflows. With the release of subsurfaceAI 2025.1, we’re proud to take a significant step forward in that direction...

AI & ML Are Transforming Seismic Interpretation

AI & ML Are Transforming Seismic Interpretation – Here's How The seismic interpretation software landscape is undergoing a seismic shift. Thanks to advances in artificial intelligence (AI) and machine learning (ML), what once took geoscientists weeks or months now takes hours or days, with greater precision and objectivity. At subsurfaceAI,...

Unlocking Sub-Seismic Resolution

Unlocking Sub-Seismic Resolution: How integrationAI Uses Machine Learning to Enhance Seismic Interpretation 3-D seismic data is the geoscientist’s best window into the subsurface—but it comes with a catch. While seismic images give us broad spatial coverage, they fall short on resolution, especially when it comes to resolving thin-bed reservoirs. Meanwhile,...