Terraprisma helps mining professionals accelerate exploration, reduce costs, and ensure ESG compliance with AI-driven geospatial intelligence.
AI-driven satellite analysis identifies high-potential mineral zones in weeks, reducing preliminary fieldwork.
Cuts exploration time from years to months, lowering early-stage costs.
Advanced geospatial algorithms enhance targeting precision, reducing drilling risks.
AI-powered geological analysis enables large-scale assessments with unmatched speed.
10-year environmental baseline before operations start.
Continuous near real-time ESG monitoring, reducing regulatory delays and financial risks.
Geology
Utilize multi-satellite datasets, including radar, hyperspectral and multispectral imaging, to accurately identify lithological compositions.
Geology
AI-driven fault and lineation detection using multi-source radar data to enhance geological interpretations and structural understanding.
Geology
Correlate geomorphology, sedimentary architecture, and terrain features through advanced satellite-based assessments. Leverage a unified data cube approach to reveal high-value geological correlations, accelerating exploration decisions while supporting sustainable land management.
ESG
Track changes in water quality, biomass, air composition, and land use with satellite-driven insights, and start the monitoring when your exploration activities begin.
“At Terraprisma, we believe that the future of mineral exploration lies in precision, speed, and responsibility. Satellite intelligence and AI allows us to reduce uncertainty, minimise impact, and accelerate discovery.”
Thomas Kaakeh, Geologist and CEO of Terraprisma
Mineral exploration today is slow, expensive, and often environmentally disruptive. Terraprisma is here to change that. We harness AI-powered satellite intelligence to transform how resources are discovered — faster, leaner, and with minimal environmental impact.
Vision
Enabling a responsible and efficient supply of critical resources while preserving the planet for future generations