SPG India 2025: Rock to Cloud - A Case Study from Deep-Water Block Mahanadi Basin, India
October 27, 2025
S-Cube and ONGC showcase their latest results from deepwater Mahanadi Basin. A multi-stage Full-Waveform Inversion (FWI) strategy, using S-Cube's XWI, was able to successfully correct structural sags below localized velocity anomalies and define Gas-Charged Mio-Pliocene Channel Levee Complexes from scratch.
Technical Session
High-Resolution Velocity Model Building Using Full Waveform Inversion: A Case Study from Deep-Water Block Mahanadi Basin, India
Presented by Mr. Saheb Ghosh (ONGC)
TS 09 Advancements in Seismic Imaging Techniques - II
October 27, 2025
Learn more about this groundbreaking work in our detailed Mahanadi Basin case study.
Continue Reading
September 27, 2026
S-Cube & ONGC Showcase Land and Marine TSL-FWI™ Breakthroughs at SEG Bengaluru
Joint presentations from S-Cube and ONGC at the SEG Transforming Energy Exploration Symposium showcased the first published land and marine FWI applications in India. Time-Space-Lag FWI (TSL-FWI™) corrected deep imaging distortions below 6 km in a legacy Bengal Basin dynamite survey and defined Mio-Pliocene channel-levee prospects from scratch in the offshore Mahanadi Basin, where ONGC's 2026 drilling campaign has since reported gas from its first well.
September 25, 2026
Transforming Energy Exploration: Technology, Sustainability, and Innovation Symposium
S-Cube presents four technical talks in Bengaluru on Friday 25 September, including a joint session with ONGC-GEOPIC on land seismic FWI in the Bengal Basin — among the first FWI applications in India with ONGC, spanning both offshore and onshore settings. The talks cover next-generation FWI for land and marine applications and building confidence away from well control with Time-Space-Lag FWI.
June 26, 2026
IMAGE '26: S-Cube presents Time Space Lag FWI for Land and Marine Settings
S-Cube has had two abstracts accepted for oral presentations at IMAGE 2026 in Houston (August 17-20). The talks cover onshore subsalt updates via FWI-Derived-Reflectivity-Driven Reflection Waveform Inversion, and breaking through complex salt by harnessing Time-Space-Lag Adaptive Waveform Inversion together with Reflection Waveform Inversion.