Interpretation & modelling @super-resolution
DIME utilizing well properties to increase information in 3D volumes that create super-resolution datasets revealing thin beds and finer stratigraphic details
Our Deep Learning products
Enhance.AI
Jittery amplitudes and ambiguous fault interpreation
Enhanced amplitudes & sharper fault delineation using Ehance.AI
Structural & Stratigraphic Enhancement
Improvement over limitations of conventual smoothening & filtering algorithms.
Ready in few
hours
Matching high resolution image & channel maps
Superior Image quality & clearer feature delineation compared to any industry standard product.
Storm 2.0
Super Resolution Imaging
Free from amplitude and phase distortions. Well-guided structurally constrained resolution enhancement with improved signal-to-noise ratio.
Ready in 4-6
weeks
Fraction of re-acquisition cost
Missing stratigraphic details & inconsistent well ties on lower resolution legacy data
Storm 2.0 reveals finer stratigraphic details closer to well log resolution with consistent well ties
Resolves uninterpretable geological details in legacy seismic datasets
Reveal the true potential of your data in super-resolution.
Book a discussion to organize a pilot study.
Strike
Lateral variation of rock properties in thin beds away from the well missing
Strike reveals lateral rock property variations in thin beds away from the well
Super Resolution Inversions
An unbiased, wavelet and phase stationarity assumption-free deep learning inversion architecture that generates realistic geologic models away from the wells.
Ready in 3-4
weeks
Matching high resolution impedence dataset
Resolve thin beds and create high resolution static rock property models.
Wedge
Super Resolution Imaging & Decompositions
Improvement over limitations of conventual Fourier transform based spectral decomposition providing sharper resolution of low frequency anomalies.
Ready in few
weeks
Matching high resolution decomposition
Ambiguous localization of the low frequency anomaly
Precise location in time for the low frequency anomaly resolved using Wedge.
Superior temporal resolution at low frequencies compared to any industry standard algorithms.
Bring the power of AI to resolve thin beds and complex channel pathways.
Learn moreFault.AI
AI generated fault picks
Unsupervised reconstruction of fault surfaces
AI driven 3D fault geometry mapping
Detailed & accurate correlation of discontinuities & mapping of fault planes with their genetic relationship.
Ready in few
minutes
Matching highresolution fault picking
No seed points needed & increased fault like hood and thinning performance on enhanced super-resolution data.
Strat.AI
AI driven super resolution horizon cube
Workflow utilizing a combination of unconformity detection, horizon mapping and chrono stratigraphy tracking algorithms running on super resolution inputs.
Reduces interpretation
time by days
Generate Full 3D
Relative Geologic time cubes
Surface Extraction from Horizon Cube
Honors tracking across faults
Interpret previously unresolved and uninterpretable structural & stratigraphic details with confidence
Interpret accurate horizons and complex fault systems like never before.
Book a discussion to organize a pilot study.
Prolytix
Prolytix Volume
Optimized well paths
Mature field redevelopment intelligence
AI based integrated modelling to locate hydrocarbon sweet spots and leftover oil & gas in 3D space at mid life & mature stages of field development.
Ready in 12
weeks
CAPEX savings & production
front ending
Quantify recoverable hydrocarbon volume and map undiscovered high-productivity zones in 3D
Book a discussion to take a deep dive
You have seen what our products can do. Now it’s time for you to expand the horizons of energy exploration with artificial intelligence.
Don’t just take our word for it. See the true potential of your data.
Rezlytix is a one stop shop for Oil & Gas
companies.
Our AI super resolves seismic data to enable reservoir intelligence,
bringing alive the subsurface for you - real-time, high resolution &
actionable.
