Geological mapping and mineral exploration

Geovale Vektor

Geovale Vektor is the EarthTech and Intelligence Platform of Geovale Services that unites high-fidelity geoscience with adaptive artificial intelligence to deliver decision-grade solutions across the minerals and water value chain.

At its core, Vektor integrates Human Intelligence (HI) - the interpretive depth of experienced geoscientists, with machine learning, automation, and advanced analytics. This creates a continuous learning system capable of predicting geological potential, water risk, and environmental change with precision and speed.

Through its twin frameworks - Adaptive Mineral Intelligence (AMI) and Adaptive Water Intelligence (AWI); Geovale Vektor transforms conventional resource management into an intelligent, iterative, and sustainable process, bridging science, technology, and stewardship.

Adaptive Mineral Intelligence (AMI)

AMI integrates the Mineral Systems Analysis (MSA) approach with data-driven intelligence to revolutionize Greenfield and Brownfield mineral exploration. It builds upon the high-fidelity geoscience models defining system fertility and mineralization style. AI-trained agents that extract, clean, and rank fertility indicators and vectors from large public or proprietary datasets. Human-in-the-loop validation, ensuring every prediction aligns with real-world geological logic. AMI accelerates discovery by turning regional datasets into predictive exploration maps, identifying high-prospectivity corridors, and guiding investments from target generation to resource definition- faster, smarter, and with scientific integrity.

Explore

Adaptive Water Intelligence (AWI)

AWI is a data-intelligent framework for sustainable groundwater and water resource management. It links hydrogeological interpretation with AI-ML modelling to achieve: Integrated water balance modelling across surface, subsurface, and climatic systems. Predictive analysis of recharge, storage, and extraction stress zones. Science-based design of interventions from spring-shed rejuvenation and aquifer recharge to urban water resilience and catchment restoration. AWI empowers stakeholders to make real-time, evidence-based water decisions, combining data precision with ecological and social context.

Explore