Orbital Subsurface Intelligence
Planetary-ScaleOrbital SubsurfaceIntelligence
Aurora OSI is a physics-causal, multi-orbit intelligence architecture enabling sovereign-grade subsurface resource assessment without ground-based intervention.
Transforming Subsurface Into Intelligence
Aurora OSI is the first integrated orbital system designed to transform the Earth's subsurface into a structured, queryable intelligence layer.
By fusing multi-orbit satellite data with physics-informed and causally constrained AI, Aurora generates probabilistic 3D subsurface models at regional to planetary scale.
The System Enables
- Critical mineral targeting
- Frontier hydrocarbon basin screening
- Offshore seabed intelligence
- Carbon storage site evaluation
- National subsurface digital twins
Core Architecture
Three Pillars of Intelligence
Physics-Causal Intelligence
Aurora enforces geological cause-effect consistency across surface expressions, structural geometry, subsurface properties, and gravimetric responses.
Multi-Orbit Multi-Physics Fusion
Optical, hyperspectral, SAR, thermal, magnetic, and gravimetric data are harmonized into a unified spatio-temporal representation.
Sovereign-Grade Digital Twin
A dynamic 4D voxel-based subsurface model that can be queried, simulated, and continuously updated.
Strategic Clients
Who We Serve
Platform
The Aurora OSI Platform
Aurora OSI is a planetary-scale intelligence architecture integrating satellite physics, geodynamic priors, and causal machine reasoning into a unified subsurface modeling system.
Data Foundation
All data streams are harmonized into a sensor-agnostic representation.
Intelligence Engine
Outputs are probabilistic 3D anomaly cubes with associated uncertainty quantification.
Three-Tier Planetary Scan Funnel
Bootstrap Tier
Global-scale reconnaissance identifying regions of interest.
Smart Tier
Regional multi-physics modeling generating ranked targets.
Premium Tier
High-resolution derisking with adaptive satellite tasking and advanced inversion.
Applications
Strategic Applications
Critical Minerals
Aurora identifies and ranks potential mineral systems including:
- Copper
- Lithium
- Rare Earth Elements
- Nickel
- Bauxite
- Polymetallic Nodules
Outputs include probability-ranked targets and volumetric estimates.
Hydrocarbon Intelligence
- Frontier basin screening
- Structural trap probability modeling
- Offshore seepage network analysis
- Basin-scale gravimetric reconstruction
Carbon Capture & Storage (CCS)
- Deep saline aquifer geometry
- Seal integrity assessment
- Deformation monitoring
- Long-term storage suitability modeling
Groundwater & Environmental Monitoring
- Aquifer mass balance estimation
- Subsidence mapping
- Saline intrusion detection
- Tailings and legacy mine monitoring
Sovereign Digital Twin
Sovereign Subsurface Digital Twin
Aurora enables the construction of a dynamic, queryable 4D subsurface digital twin for nations and exclusive economic zones.
What It Provides
Example Queries
Conceptual examples only
Data Security
Aurora deployments support:
Resources
Brochures And Media
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Download Aurora Brochure
Visual showcase: AOI heat response, interpretive subsurface model, and inversion-grade concept views.
Aurora Video
Now playing: English
Strategic Engagement
Strategic Engagement
Aurora engagements are structured for institutional and sovereign clients.
Corporate Intelligence Engagement
Regional subsurface intelligence program for mining or energy operators.
Includes
- Target ranking
- Probability modeling
- Strategic advisory briefings
Sovereign Feasibility Study
National-level subsurface assessment across territory or EEZ.
Includes
- Regional resource mapping
- Digital twin framework
- Strategic development roadmap
Premium Target Derisking
High-priority anomaly deep-dive analysis.
Includes
- Advanced inversion modeling
- Adaptive satellite tasking
- Generative scenario modeling
- Drill-ready recommendation framework