Advanced Seismic Imaging Technology
S-Cube delivers a comprehensive suite of Full Waveform Inversion (FWI) capabilities through our proprietary XWI platform—a cloud-native, HPC-optimized engine designed to overcome the limitations of conventional methods.
The X-Wave Engine
XWI is not just another FWI algorithm—it's a proprietary, cloud-native platform built to overcome the limitations of conventional methods
Compute Optimised
Cloud-native with fault-tolerant communications unaffected by interrupted worker processes or spot markets. Flexible deployment on any HPC infrastructure: CPU (x86, ARM) and GPU (NVIDIA, AMD)
Advanced Physics
Elastic or visco-acoustic anisotropic modeling for land and marine, 3D or 2D with processed and raw data
Cutting-Edge Functionals
XWI includes functionals such as Adaptive Waveform Inversion (AWI), Time Lag AWI (TL-AWI) and Time-Space lag AWI (TSL-AWI) alongside its family of Reflection Waveform Inversion (RWI) which operates on both processed and completely raw seismic gathers
AI-Accelerated
Metric-driven automated inversion parameters optimized for faster, more accurate results
Comprehensive Capabilities
Full suite of FWI capabilities, PSDM and PSTM, for both land & marine, 2D & 3D data
Multi-objective function inversion sequence (XWI) - X for any given objective function: adaptive, reflective or conventional
Metric-driven decisions for speed & accuracy with simultaneous inversion of velocity and reflectivity
Impedance inversions for RTM-like image from raw unprocessed data
FWI-derived data products for reflectivity and AVA volumes directly from FWI
High-fidelity migrations: Kirchhoff Pre-Stack Time/Depth Migrations and advanced Reverse Time Migration (RTM)
Constrained tomography with fault and horizon constraints for geologically consistent velocity model building
Multi-dimensional interpolation and regularization across 2D, 3D, 4D, and 5D datasets
Superior noise attenuation with advanced algorithms for effective noise and complex multiple attenuation
TSL-AWI & RWI — Important XWI Differentiators
Within the large XWI package, adaptive waveform inversion (AWI) and reflective waveform inversion (RWI) provide core technologies that deliver capabilities far beyond conventional FWI
| Cost Function | Other Vendors | XWI |
|---|---|---|
| Conventional FWI | ✓ | ✓ |
| AWI | — | ✓ |
| TL-FWI | ✓ | ✓ |
| TSL-AWI | — | ✓ |
| RWI [Processed Data] | ✓ | ✓ |
| RWI [Raw Data] | — | ✓ |
Results cannot be achieved with conventional FWI or TL-FWI. Our proprietary TSL-AWI and RWI implementations enable 10-step sequences from compaction trend to final result, delivering superior velocity models and gather flatness that conventional methods simply cannot match.
See case studySubstrata Dashboard
A streamlined, high-performance interface focused on speed, compliance, and security. Access analytical results directly from storage without downloads, minimizing latency and maximizing compliance for faster, more secure decision-making.
Parameter Table
Interactive hub for managing analytical jobs with filtering, sorting, and side-by-side comparison
Model Page
Visualize complex models like Vp and Density with dynamic computation of Impedance, Reflectivity, and Vdiff
Shots Page
Specialized visualizations for quality control with shotfits, gathers, phase differences, and spectrum plots
Real-Time Insights
Access results directly from S3 or local storage with zero downloads for instant analysis
User
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XWAI
XWAI Copilot
An advanced AI assistant designed to bridge the gap between complex data and users. Built using an agentic approach, XWAI enables intuitive, conversational insights without requiring deep pre-existing knowledge of the dashboard structure.
XWAI Dashboard
Interacts with live databases to fetch real-time information on jobs, projects, and parameters
XWAI Documents
Manages a separate knowledge base to answer questions from user-provided reports and PDFs
Natural Language Interface
Ask questions, compare jobs, trace lineage, and get parameter recommendations conversationally