Geomorphic AI Doubles Pora Gold Project in Finland to 20,601 Hectares with Surface Samples up to 12.8 g/t Au and Boulders up to 28 g/t Au

Portland, Oregon and Helsinki, Finland--(Newsfile Corp. - August 11, 2026) - Geomorphic AI ("Geomorphic" or the "Company"), an AI-driven prospect generator in the minerals exploration sector, is pleased to announce it has more than doubled the land position at its Pora Gold Project ("Pora" or the "Project"), a gold exploration project in the orogenic belt on the Raahe-Ladoga suture zone in Ostrobothnia, Finland.

Geomorphic has filed two new reservation applications covering an additional 10,798 hectares, increasing the total Pora land package to approximately 20,601 hectares, or 206 square kilometres, principally across the Alajärvi, Perho and Vimpeli municipalities. Both were registered on 29 July 2026 and are now on the public mining register. The Project is available for sale or joint venture.

The two new ground applications include the Pora Core District Extensions (4,748 hectares) — which surrounds the Company's original Pora reservation and its Pora North application — and Iiruunjärvi (6,050 hectares), a detached position two kilometres to the southwest. Across the four titles the controlled compilation contains ten source records grading 1.0 to 28.0 g/t Au at eight approximate published-point localities — the 28.0 g/t result, a mineralised glacial boulder found inside the Iiruunjärvi application, its bedrock source not yet located — including a 9.0 g/t Au outcrop that also assayed 1.13% copper and 25 g/t silver. So far, 26 source records at fifteen approximate published-point localities grade at or above 1 g/t Au, and several of the higher-grade results occur near a GTK-mapped regional fault trace; a single continuous mineralised structure has not been demonstrated.

Geomorphic AI VP of Business Development, Jeff Phillips said, "Gold grades occur at surface at Pora, and four of the district's higher-grade in-situ and piece samples lie within 175 metres of the same GTK-mapped regional fault trace. That proximity remains to be tested, and 20.7 kilometres of the fault trace runs through our ground. The highest sample in the reviewed 34,815-site GTK national regional-till Au dataset sits inside our granted reservation. This is a large district that different groups explored at different times between 1967 and 2014 — some of it for gold, much of it for copper, molybdenum and iron. The gold potential here is excellent, and what we have done is tie that scattered record together within one set of exact title boundaries."

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