Our History

In 2010, EnVision AS and Fraunhofer ITWM (Germany) staff formed a new joint-venture company, Sharp Reflections to commercialize PreStack Pro. Sharp Reflections’ experienced geophysical team works together with clients to quickly extract information and define drill targets from pre-stack and stacked seismic data. Demand for pre-stack data analysis is growing throughout the industry, and we are dedicated to defining the... Read More
PreStack Pro - 4D seismic analysis  Intermediate | 4 half days  | Online | Hands-on   The 4D seismic analysis course introduces you to the PreStack Pro 4D time lapse analysis functionality. You will learn how to take advantage of the unique multi-dimensional data management capabilities of PreStack Pro to handle seismic vintage as a data type, rapidly interrogate and condition... Read More

Unlocking the Potential of Mature Areas with Quantitative Seismic Analysis: Shallow and previously overlooked plays close to existing infrastructure are becoming increasingly attractive exploration targets as the energy transition unfolds. Early exploration wells often log these intervals on the way to deeper targets, and provide critical elastic rock property data needed to understand and calibrate pre-stack seismic amplitudes. In these…

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This Privacy Policy describes the collection and processing of personal data by or for Sharp Reflections in connection with its websites (the “Site”), its software products, its applications, its events, and its other interactions, communications, and activities. If you do not agree with these terms, please do not access or use the Site or otherwise provide Sharp Reflections with your... Read More
Driving a seismic revolution   More data, more often, and in more detail. Pre-stack is the future of seismic interpretation. You need to get it off the disk and onto the workstation screen. Sharp Reflections is harnessing “big data” compute technologies from Germany’s Fraunhofer Institute to realize that vision. We built a powerful new software platform for pre-stack computing, designed... Read More