Ikon Science might be a seasoned player in geoscience, but their latest venture, Curate, brings a fresh, startup vibe to data management. In this episode, we talk about how Ikon’s roots in rock physics and geoscience evolved into a mission to make subsurface data as accessible as possible. Enter Curate: a new product designed to streamline data management, using generative AI and machine learning to pull geoscience data out of archives and put it directly into operations. We explore how this tech isn’t just about organizing data but generating insights that help geoscientists make smarter, faster decisions. With Curate, Ikon Science aims to empower G&G professionals, bringing modern tech to an industry ready for a competitive edge in data-driven solutions.

Digital Wildcatters brings the energy community together through events, cutting-edge content, and powerful tools. Join our online community at https://collide.io
Engage with experts, level up your career, and ask Collide AI your toughest technical questions.

00:00 - Intro
01:03 - Icon Science
04:56 - Geology and Geophysics Space
09:29 - Resurgence of G&G Professionals
11:45 - Current G&G Data Landscape
17:31 - Product Response and Feedback
18:55 - AI Solutions for Data Challenges
22:06 - Generative AI in Subsurface Applications
30:21 - Exciting Developments in G&G
33:46 - Unpopular Opinions in G&G
35:11 - Consumer vs Enterprise AI Applications
38:13 - Data Possibilities and Innovations
42:19 - Future of Data Management Strategies

https://www.instagram.com/digitalwildcatters
https://www.tiktok.com/@digitalwildcatters
https://www.facebook.com/digitalwildcatters
https://twitter.com/DWildcatters

Join the conversation shaping the future of energy.
Collide is the community where oil & gas professionals connect, share insights, and solve real-world problems together. No noise. No fluff. Just the discussions that move our industry forward.
Apply today at collide.io

CW 158: Our Connection to the Elemental World: Lecture 12: Address for Russians (Helsinki, 5 June 1913) by Rudolf Steiner