S-Cube provides next-generation seismic imaging technology utilizing proprietary XWI Full Waveform Inversion (FWI) for clearer and deeper subsurface visualization. The platform integrates AI-accelerated, metric-driven inversion sequences for faster, more accurate velocity model building and high-fidelity migrations like RTM. This enables clients to achieve superior geological detail and make more confident exploration decisions in complex basins globally.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional seismic imaging struggles to resolve complex geological structures and velocity variations, particularly in challenging deep-water basins. This lack of subsurface clarity leads to uncertainty in reservoir characterization, misinterpretation of geological features, and increased exploration risk.
Solution
S-Cube delivers advanced seismic imaging solutions leveraging proprietary Full Waveform Inversion (FWI) technology, branded as XWI. Their platform provides enhanced subsurface clarity and depth penetration, enabling more precise AI-driven decision-making for exploration and production activities. By unlocking detailed geological information, S-Cube empowers clients to achieve consistent, high-impact results in complex geological environments globally. The XWI platform utilizes a multi-stage inversion sequence, including Adaptive Waveform Inversion (AWI) and Reflection Waveform Inversion (RWI), followed by Least-Squares FWI (LS-FWI), to build geologically consistent and high-resolution velocity models.
Target Audience
Primary customers are oil and gas exploration and production companies, seismic contractors, and geophysical service providers seeking to improve subsurface imaging accuracy and reduce exploration risk in complex geological settings.
Features
- XWI: A proprietary, cloud-native Full Waveform Inversion platform designed for advanced seismic imaging.
- Multi-Objective Function Inversion Sequence: Supports adaptive, reflective, or conventional inversion objectives.
- Acoustic & Elastic Physics: Offers both visco-acoustic and elastic anisotropic modeling for land and marine datasets.
- Staged FWI Workflow: Combines AWI for shallow velocity models, RWI for deeper structure, and LS-FWI for high-resolution detail.
- AI-Accelerated Metric-Driven Inversion: Automated parameter optimization for faster and more accurate results.
- FWI-Derived Data Products: Generates reflectivity and AVA volumes directly from FWI.
- High-Fidelity Migrations: Includes Kirchhoff Pre-Stack Time/Depth Migrations and Reverse Time Migration (RTM).
- Constrained Tomography: Incorporates fault and horizon constraints for geologically consistent velocity model building.
- Superior Noise Attenuation: Employs advanced algorithms for effective noise and multiple attenuation.
- Nebula Dashboard: Provides job status monitoring, performance tracking, and QC outputs for data-driven decisioning.