Geophysical surveys represent a significant investment, yet survey design decisions are often based on historical practices or assumptions about target detectability. Even with the correct geophysical method, factors such as line spacing, sample interval, survey orientation, and sensor height can have a major impact on…
Stratigraphy controls many of the world’s most valuable mineral deposits. From sediment-hosted copper and uranium to coal, phosphates, iron formations, and chromite reefs, building strong stratigraphic models is fundamental to geological interpretation, resource evaluation, and exploration targeting. But while stratigraphy…
We introduced Seequent Evo — our new cloud-based platform designed to enhance geoscience collaboration and data management. Key Highlights: 💡 Seequent Evo: Centralises data, streamlines workflows, and enables faster decision-making. ⚒️ New Applications: Driver – Advanced geological data analysis. BlockSync – Real-time…
Driver is a cloud-hosted analytics platform designed for swift spatial exploration and interpretation of drilling-related data. Machine learning algorithms identify three-dimensional spatial relationships in both numerical and categorical datasets, uncovering deposit characteristics and trends for streamlined geological…
Last month Seequent customers and colleagues gathered at the WA Museum in Perth, Western Australia for the Seequent Connect Perth event. The evening was highlighted by talks by Kat Gall (APAC Technical Services Manager) and Brad Moore (VP Product Management) on new capabilities offered by Seequent's Evo geoscience data and…
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