
Old-school seismic interpretation clings to horizons and bright spots*—subjective, inconsistent, and painfully slow.
GeoInquest flips the script: volume-driven, quantitative extraction that delivers objective rankings, prioritized drill-ready targets, and high-confidence economic intelligence from the entire cube.
The payoff?

Our proven results speak for themselves. In a compelling case study with est afriaocked through precise conditioning and quantitative information extraction.
GeoInquest equips you with the ultimate tools to confidently decide: drill the winners or reallocate capital to even stronger prospects.
Our proven results speak for themselves. In a compelling case study with Perenco, our advanced conditioning and derivative workflows revealed significant remaining upside in a mature west Africa field—previously overlooked—leading to a strategic pivot in their drilling program that unlocked new, high-value development opportunities and boosted overall portfolio economics.
Invest in seismic intelligence that doesn’t just answer questions—it generates new economic value, accelerates cash-flow-positive wells, and delivers measurable uplift to your returns.
At GeoInquest, we transform raw seismic data into high-value, revenue-generating opportunities. Our proprietary “Data to Leads” workflow quickly converts your seismic volumes into optimized derivative products, then data-mines them to deliver a prioritized ranking of prospects based on their economic hydrocarbon potential and upside.
Our advanced seismic analysis empowers you to:
This targeted approach drives stronger portfolio returns, accelerates value realization, and maximizes shareholder value through smarter, more efficient exploration and development.
In frontier or under-drilled areas with no well control, seismic data serves as your primary window into untapped subsurface value.
GeoInquest’s “Data to Leads” technology supercharges your exploration by:
Our proprietary approach delivers exceptional results in conventional AVO plays, where our derivative volumes provides powerful signals of prospective pay zones—accelerating discovery timelines and enhancing portfolio returns.
With GeoInquest’s conditioned seismic derivative volumes, your team gains a clear, data-driven view of the highest-potential zones—the true sweet spots*—across your play areas.
These advanced, curated volumes and derived intelligence empower clients to:
Deploy capital only where seismic shows the strongest upside — drill better wells, move faster, unlock more reserves, and significantly increase projects ROI.
Our proprietary workflows deliver clean, high-fidelity seismic derivatives* by effectively removing wavelet effects and the majority of acquisition/processing artifacts—transforming raw, noisy seismic data into a powerful geological hydrocarbon potential visualization toolkit.
This breakthrough enables your team to:
The result? More predictive subsurface drilling KPIs maps (EUR, porosity,...), accelerated identification of high-value opportunities, higher-confidence drilling decisions, and ultimately superior returns through more productive wells and optimized resource recovery.
Invest in seismic intelligence that turns data into dollars—faster and more reliably than ever before.
In unconventional plays, the key to unlocking superior returns lies in identifying the optimal seismic derivative volumes that most effectively amplify the contrast between hydrocarbon-charged zones and brine-saturated layers—while spotlighting the most productive porous fairways.
Our proven track record in high-potential areas like the Powder River Basin* demonstrates that GeoInquest’s proprietary derivative volumes dramatically enhance the seismic distinction between pay and non-pay intervals. This sharpened separation translates into:
By maximizing these amplitude and attribute contrasts, our technology empowers operators to concentrate capital on the most lucrative opportunities—boosting production rates, optimizing development efficiency, and delivering exceptional portfolio returns in challenging unconventional environments.