Phyterra advances Earth observation, geospatial AI, environmental modelling, climate analytics, and scientific research to develop next-generation intelligence systems that help governments, industries, and environmental organisations make informed, data-driven decisions.
Sector Brief
The global energy transition is accelerating demand for critical minerals — lithium, cobalt, copper, rare earths — at a pace that traditional exploration and survey methods cannot support. Meanwhile, geological uncertainty, terrain inaccessibility, rising environmental compliance requirements, and social licence pressures are compressing operating margins and extending project timelines across the resource sector.
Integrating satellite intelligence, drone-based geological surveys, LiDAR terrain analysis, and geospatial mining analytics transforms how organisations discover, characterise, and manage mineral resources. Phyterra's geological intelligence platform delivers the spatial accuracy, environmental insight, and operational visibility needed to make informed decisions across every stage of the resource lifecycle — from early exploration through to remediation.
Challenges We Solve
Mineral exploration involves high spatial and geological uncertainty. Satellite multispectral analysis, airborne geophysics, and drone-based geological mapping reduce exploration risk by identifying prospective zones before costly ground campaigns.
Many resource tenements lack adequate baseline geological data. Phyterra's remote sensing and GIS analytics generate comprehensive geological maps, structural interpretations, and lithological classifications from satellite and drone data.
Remote, rugged, or hazardous terrain restricts conventional survey access. UAV-based LiDAR and photogrammetry deliver centimetre-accurate terrain intelligence across areas where ground crews cannot safely or economically operate.
Regulators and investors demand rigorous environmental baseline documentation and ongoing impact monitoring. Phyterra provides continuous land disturbance tracking, habitat condition assessment, and compliance-grade environmental reporting.
Accurate volumetric and tonnage calculations are essential for feasibility, financing, and operational planning. Drone-based surveys and LiDAR terrain models enable precise stockpile measurement, cut-and-fill analysis, and resource estimation support.
Slope instability, tailings management, and infrastructure monitoring are critical safety and liability concerns. Satellite change detection and drone inspection programs provide early warning intelligence to support proactive risk management.
Intelligence Architecture
Satellite and drone-derived geological mapping, lithological classification, mineral identification, and structural interpretation that accelerates exploration decision-making and reduces the cost of early-stage resource assessment.
High-resolution LiDAR terrain analysis, mine site mapping, volumetric calculations, and operational intelligence that supports mine planning, infrastructure development, and production optimisation across active operations.
Continuous environmental monitoring, land disturbance assessment, rehabilitation progress tracking, and compliance support that enables responsible resource development aligned with ESG commitments and regulatory requirements.
Applications
Remote sensing-based target generation, geological mapping, and prospectivity analysis to support cost-effective early-stage mineral exploration and tenement evaluation.
Drone survey programmes, volumetric analysis, slope monitoring, and operational intelligence supporting active mine sites from development through to closure planning.
National and regional geological survey support including lithological mapping, geomorphological analysis, structural interpretation, and geospatial data product delivery.
Stockpile volume measurement, face mapping, extraction progress monitoring, and resource estimation for quarry and aggregate operations requiring precise spatial intelligence.
Regional resource mapping, critical mineral assessment, geospatial data infrastructure development, and scientific advisory support for government geological and resource agencies.
Baseline environmental characterisation, impact assessment monitoring, rehabilitation verification, and compliance reporting for mining operations under regulatory and financial covenant obligations.
In Practice
Drone-based mine surveys, satellite geological field intelligence, terrain change monitoring, and environmental site observation provide continuous operational and compliance visibility across active and legacy resource sites.
Resource estimation modelling, geological characterisation, LiDAR volumetric analysis, and operational performance assessment convert spatial survey data into actionable mining intelligence for planning and investment decisions.
Exploration target prioritisation, mine development strategies, environmental compliance planning, and resource management optimisation frameworks that reduce operational risk and improve capital allocation across the project lifecycle.
Research Impact