Seismic interpretation has traditionally been a time-intensive, expert-led activity—especially in underexplored or legacy basins where data formats vary and acquisition gaps are common.
SeisSense™ introduces intelligent automation and AI-driven processing that transform seismic workflows by bridging legacy archives with next-generation exploration needs.
What Makes SeisSense Unique?
- 2D line merging for vintage data: Integrates scattered legacy lines into a coherent interpretation-ready dataset.
- 2D-to-3D cube reconstruction: Builds volumetric models from historical 2D lines using predictive algorithms.
- 3D-to-5D seismic interpolation: Enhances continuity and regularity across 3D surveys using advanced 5D techniques.
- AI-driven QC of SEG-Y headers and traces: Detects and corrects metadata inconsistencies to ensure trace integrity.
These no-code workflows reduce manual work, minimize human error, and standardize geophysical processing across national repositories and operator teams.
The Power of 5D Seismic
- 5D interpolation helps eliminate aliasing and irregularity in 3D seismic volumes.
- Fourier-based transformation and ML models combine to reconstruct data gaps and enhance signal clarity.
- Benefits include improved azimuthal coverage, inversion quality, and structural confidence.
- Operators can reduce acquisition costs while improving readiness for AVO and inversion workflows.
SeisSense™ brings automation, resolution, and scale to seismic processing—enabling faster, cleaner, and more accurate subsurface interpretations across exploration and development teams.
Real-World Example: West African Basin
- A national data repository deployed SeisSense™ across legacy 3D volumes to generate 5D-ready datasets.
- Interpretation time was reduced by 62%, unlocking structural insights previously hidden in noisy or incomplete volumes.
- The platform helped geoscientists achieve better confidence in attribute analysis and prospect definition.
Key Takeaways
- Modernizes large seismic archives with AI and ML workflows.
- Delivers high-fidelity interpolation, trace QC, and header corrections at scale.
- Connects outdated data formats with next-gen E&P interpretation and analytics.