Greenridge Exploration Completes Advanced 3D Inversion and Lithology Modelling Program at the Carpenter Lake Uranium Project

We're proud to share this announcement from Greenridge Exploration and to mark a significant milestone for our team at Computational Geosciences Inc.

‍The Carpenter Lake Uranium Project represents the first commercial deployment of our GiLi (Geophysically-Informed Lithology Interpolation) platform, the world's first geophysically-informed 3D lithology modeller. Working alongside our partners at Convolutions Geoscience, we integrated Greenridge's historical airborne geophysical datasets (VTEM™, Falcon® gravity gradiometry, and magnetics) with 2025 drilling data to produce fully coherent 3D physical property models and a lithology model of the Cable Bay Shear Zone, across more than 15 kilometres of strike length.

What makes GiLi different is that it bridges a gap that has long challenged exploration teams: the disconnect between geophysical inversion and lithology modelling. By using a neural network to parameterize the subsurface, we perform joint optimization to integrate borehole data, surface mapping, and geophysical surveys into a single unified model space. GiLi resolves complex structures like the steeply dipping conductors at Carpenter Lake that traditional methods routinely miss.

Seeing GiLi deliver real geological insight on a live uranium exploration project in the Athabasca Basin is incredibly rewarding for our team. This is exactly the kind of real-world application we built it for.We look forward to bringing GiLi to more projects across critical minerals exploration.