STAR.VISION Rolls Out DeepMiner: An AI Platform for Mineral Exploration

October 8th, @STAR.VISION

ANTALYA, Türkiye — 8 October 2026 — At the 77th International Astronautical Congress (IAC 2026), STAR.VISION rolled out DeepMiner, an AI-powered platform designed to revolutionize mineral exploration using space-based observation. Developed in collaboration with StrikOre, DeepMiner was announced to an international audience comprising space agencies, industry leaders, and researchers.

DeepMiner Launch Event

Mineral exploration has long been hindered by two persistent challenges: the fragmentation and inconsistency of data across maps, reports, and agencies, and the enormous costs associated with extensive field exploration. DeepMiner alleviates the burden of manual data cleaning and preliminary field studies by leveraging high-resolution satellite imagery. Through advanced image processing, the platform provides clear subsurface insights, identifies areas with mineral potential, and pinpoints precise locations for on-site verification.

Built on multi-source satellite imagery, DeepMiner integrates regional terrain, stratigraphy, lithology, structural divisions, and known mineral occurrences into a single workspace. With built-in location search and AI-assisted analysis, the platform moves beyond keeping data in separate layers. Instead, it ties observation directly to geological knowledge and specific tasks, ensuring that desk reviews and fieldwork reinforce each other rather than running in parallel.

The live demonstration featured Oman as a case study. Starting from a global 3D view, delegates zoomed into target regions, stepping through imagery, elevation, and geological layers to assess prospectivity in real time.

Observing Earth from orbit, then acting on the ground—this is the core of what STAR.VISION does.

Explore the platform: https://deepminer.space/

DeepMiner Platform Overview

【About STAR.VISION 】

STAR.VISION is a world-leading space intelligence infrastructure company and service provider dedicated to reshaping space infrastructure and global industry applications through AI. Through the vertical integration of intelligent spacecraft, on-orbit computing, spatiotemporal data, AI models, and space computing power, it drives the upgrade of traditional satellite systems into a space intelligence network with real-time computing, intelligent understanding, and collaborative service capabilities, serving governments, enterprises, and the emerging space economy worldwide.