Real-World Results
Proven performance across major exploration fields worldwide. Each image showcases side-by-side comparisons of original seismic data and AI-predicted acoustic impedance, revealing hydrocarbon prospects with exceptional clarity.
Revolutionary machine learning technology that transforms seismic data into actionable rock property predictions. Discover reservoirs with unprecedented accuracy and confidence.
The most advanced AI-powered platform for rock property cube prediction. Transform your seismic data into comprehensive subsurface insights.
Everything you need to make confident subsurface decisions
State-of-the-art machine learning algorithms trained on extensive seismic datasets for unparalleled accuracy.
High-resolution acoustic impedance predictions that reveal reservoir characteristics and fluid contacts.
Accurate bulk density cubes that enhance lithology interpretation and rock property analysis.
Comprehensive sonic velocity predictions for improved depth conversion and pore pressure estimation.
Confidence metrics for every prediction, enabling risk-aware decision making and quality control.
Automatically highlight zones of interest with anomalous properties indicative of hydrocarbon presence.
Tailored ML models trained on your specific cubes and data. Accuracy validated using unseen or blind wells for guaranteed reliability.
Rigorous quality control with predictions tested against blind wells to ensure real-world accuracy and model confidence.
SegAI leverages the latest advances in machine learning to deliver predictions that were previously impossible with traditional methods.
Neural networks optimized for geophysical data processing
Simultaneous prediction of Acoustic Impedance, Density, and Sonic velocity from seismic data
Fast computation enables interactive exploration
Probabilistic predictions with confidence intervals
Watch how SegAI reveals the Teapot Dome reservoir through acoustic impedance prediction
Teapot Dome Analysis: Side-by-side comparison of seismic data and predicted acoustic impedance. Notice the low impedance zones (blue) that correspond to known reservoir locations.
Proven performance across major exploration fields worldwide. Each image showcases side-by-side comparisons of original seismic data and AI-predicted acoustic impedance, revealing hydrocarbon prospects with exceptional clarity.
Quantify confidence in every prediction with our advanced uncertainty modeling, enabling better risk management.
Identify prospects faster with automated analysis that processes entire surveys in hours, not weeks.
Make data-driven drilling decisions that reduce dry holes and optimize well placement for maximum recovery.
Seamlessly integrate predictions with existing workflows and standard industry software platforms.
Join leading exploration companies using AI to unlock subsurface potential
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