Technology
Seven Technologies, One Discovery Platform
Each technology provides an independent line of evidence. When multiple methods converge on the same target, exploration risk drops dramatically. AIRES fuses them all into a single intelligent decision framework.
Helium-DRI
Reading the Reservoir's Exhaust from the Surface
Helium-DRI is a Darcy Award-winning innovator for exploratory technology that helps identify conventional and heavy accumulations, determines reservoir fluid types, and locates over-pressured zones in unconventional reservoirs. Unlike seismic, which maps structure, Helium-DRI detects the presence of the resource itself. Helium is inert and non-biogenic — when pressurized reservoirs leak, helium migrates upward carrying a measurable fingerprint of what lies below.
Key Capabilities
- Direct hydrocarbon detection (conventional and heavy accumulations)
- Reservoir fluid type determination
- Over-pressured zone identification in unconventional reservoirs
- Geothermal reservoir mapping
- Critical mineral system identification (uranium, lithium)
- Multi-resource discrimination from a single survey
Validation & Track Record
Independently vetted by Darcy Partners (#1 Award for Most Innovative Subsurface Technology). 220+ deployments across 20 countries. 90% repeat order rate. Endorsed by YPF and PETRONAS national oil companies.
PMRI Mechanical
Passive Sensor Arrays That Map What Lies Below
Passive Mechanical Response Inversion deploys networks of compact sensors that passively record Earth's mechanical response to detect subsurface density anomalies. Multiple independent data streams from a single deployment — no drilling, no active sources, no permits required.
Key Capabilities
- Density anomaly mapping (density contrasts at depth)
- Shear-wave velocity profiling via ambient noise
- Fault and fracture zone detection
- Porosity and fluid type estimation
- Three-component directional analysis
- ML pattern classification (100% accuracy across geological contexts)
Validation & Track Record
12 completed surveys across 6 US states. 479 sensors deployed. Cross-validated against known geology, well data, and independent geophysical methods.
MSR Porosity Mapping
Advanced Seismic for Reservoir Characterization
Micro-Seismic Recording (MSR) uses advanced seismic sensors and software to image reservoir porosity, permeability, and depth. By analyzing ambient and induced vibrations, MSR characterizes reservoir quality at target depths without expensive active seismic programs.
Key Capabilities
- Porosity estimation at reservoir depth
- Permeability mapping
- Depth-to-target confirmation
- Reservoir compartmentalization analysis
- Integration with PMRI mechanical data
Validation & Track Record
Field-tested across multiple basin types. Results correlate with well log data and production performance.
Gamma Heat Map
Surface Radiation Mapping for Subsurface Resources
Gamma signature surveys detect and map subsurface resource intensity based on gamma interference patterns at the surface. Hydrocarbon accumulations create measurable changes in the natural radiation field that can be mapped to identify targets.
Key Capabilities
- Surface gamma anomaly mapping
- Hydrocarbon presence detection
- Resource intensity estimation
- Integration with Helium-DRI for multi-method validation
Validation & Track Record
Deployed alongside Helium-DRI surveys for multi-method convergence. Provides independent confirmation of subsurface targets.
FrosWell AI Simulation
Hybrid Physics-AI Reservoir Modeling
FrosWell is a Darcy Award-winning AI-based hybrid oil field simulator. It performs back-testing on historical intervention and waterflooding data to correlate past actions with actual reservoir response, then creates simulator updates and production data for workovers and technical interventions — leading to 35-75% production increases. No 3D seismic cubes or traditional geological models required.
Key Capabilities
- 35-75% production increase through optimized interventions
- Back-testing on historical intervention data
- Water management and injection optimization
- Layer-specific production management
- Workover and technical intervention planning
- Revenue-sharing model for immediate cash flow
Validation & Track Record
Darcy Award winner for reservoir simulation innovation. Field-tested results: 35-75% production increase, ~12% water cut reduction, ~40% cost reduction. 3x faster than conventional simulators.
Vein Mapping Surveys
3D Visualization of Mineralized Pathways
Proprietary vein mapping technology identifies and visualizes subsurface mineralized veins and conductive pathways in three dimensions. This targets the geometric and geophysical features that control ore deposition, focusing drill programs on the highest-probability zones.
Key Capabilities
- 3D vein structure visualization
- Conductive pathway mapping
- Ore shoot geometry estimation
- Structural targeting for drill programs
Validation & Track Record
Integrated with field geochemistry and geological mapping for ground-truthed results.
AIRES Discovery Engine
Machine Intelligence That Learns from Every Project
AIRES (Artificial Intelligence Resource Exploration System) is our proprietary AI platform that synthesizes data from all sensing technologies, geological knowledge sets, and field observations. It trains on every project, getting smarter with each deployment — turning generational prospecting knowledge into a learning system of exploration intelligence.
Key Capabilities
- Multi-layer data fusion (geochemistry, geophysics, field observations)
- Predictive target ranking with confidence scoring
- Feedback loop from drill results to model refinement
- Pattern recognition across geological contexts
- Scenario generation and risk assessment
Validation & Track Record
In-house development with machine learning models trained across multiple completed surveys and geological contexts.
Ready to Deploy Our Technology?
Contact us to discuss how our integrated platform can be applied to your exploration or production challenge.
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