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Geophysical Exploration
Geophysical Exploration
At GeoIntel, we believe the Earth speaks — through waves, echoes, and hidden reflections. Geophysical Exploration is our way of listening. With every pulse, we uncover the unseen, map the invisible, and give shape to the subsurface world beneath our feet.
Where We Make a Difference
Building Tomorrow – assessing roads, bridges, and tunnels for safer infrastructure.
Smart Cities – locating utilities before a single trench is dug.
Water & Environment – tracing aquifers, mapping soil health, identifying contamination zones.
Heritage – protecting archaeological treasures without disturbing them.
Mines & Energy – scanning for voids, shallow deposits, and safe operations.
Security – detecting tunnels, UXOs, and hidden threats.
Join the Journey
At GeoIntel, it’s a vision of exploration without destruction. Whether you are an industry partner, a researcher, or an innovator, let’s collaborate to uncover what lies beneath.
GPR
GPR
What Makes GPR Unique?
Unlike drilling or excavation, GPR provides a non-destructive window into the Earth. From concrete bridges to ancient ruins, from hidden pipelines to aquifers, GPR reveals what lies beneath — quickly, safely, and in high resolution.
Our Edge
Dual-Antenna Power – 250 MHz for depth, 500 MHz for detail.
3D Mapping & Visualization – transform profiles into volumetric models.
Smart Processing – advanced filters, imaging, and AI-powered insights.
Integrated Approach – combine with seismic, electrical, and magnetic methods for a complete picture.
Experienced Geophysicists and Geologists.
In-House Projects - GPR
In-House Projects - GPR
Indoor GPR Survey for Utility Detection and Subsurface Mapping
Indoor GPR Survey for Utility Detection and Subsurface Mapping
Detection and Mapping of Manholes and Underground Chambers
Detection and Mapping of Manholes and Underground Chambers
GPR Survey for Optical Fiber Cable (OFC) Detection in Wet Soil Conditions
GPR Survey for Optical Fiber Cable (OFC) Detection in Wet Soil Conditions
Asphalt Thickness Measurement over Concrete
Asphalt Thickness Measurement over Concrete
Detection of Rebar Misalignments in Reinforced Concrete
Detection of Rebar Misalignments in Reinforced Concrete
Hidden Transverse and Longitudinal Joints for Roads
Hidden Transverse and Longitudinal Joints for Roads
Detection of Utilities Beneath Rebar Mesh
Detection of Utilities Beneath Rebar Mesh
Underground Pipe Network Detection
Underground Pipe Network Detection
Products
GPR Simulations Data-as-a-Service for Machine Learning
GPR Simulations Data-as-a-Service for Machine Learning
We provide large-scale, high-quality GPR 2D radargram datasets specifically designed for training, validation, and benchmarking of machine-learning and deep-learning models. Our infrastructure is built to support continuous, high-volume data generation, enabling clients to accelerate AI development for subsurface intelligence applications.
Large-Scale Radargram Generation Infrastructure
Large-Scale Radargram Generation Infrastructure
30 high-performance GPR simulation systems running continuously
Millions of iterative 1D/2D GPR simulations
Parallel processing ensures rapid dataset scaling
Controlled variation of subsurface parameters for robust ML training
This setup allows us to generate diverse, balanced, and statistically rich datasets suitable for modern AI pipelines.
Custom Data Generation for Clients
Custom Data Generation for Clients
We offer customized dataset generation based on client requirements:
Target objects (pipes, cables, voids, rebar, IED, UXO, etc.)
Soil types and dielectric properties
Survey geometry and antenna frequency
Noise levels and real-world artifacts
Class balance and dataset size
Why Choose Our GPR Data Service?
Why Choose Our GPR Data Service?
Physics-driven simulations
Massive-scale data generation capability
ML-focused data structuring
Faster model training cycles
Reduced dependency on expensive field surveys
Scale That Powers AI
Scale That Powers AI
With 30 systems continuously running millions of GPR simulation iterations, we enable industrial-scale training data pipelines for next-generation subsurface AI solutions.
What We Generate
What We Generate
2D GPR radargrams (time–distance domain)
Multiple antenna frequencies and survey configurations
Noise-controlled and noise-augmented samples
Domain-specific scenarios (utilities, voids, layers, objects, fractures)
Machine-Learning Ready Datasets
Machine-Learning Ready Datasets
Our datasets are optimized for:
Object detection & classification
Semantic segmentation
Anomaly detection
Domain adaptation & transfer learning
Model generalization across soil and material conditions
Delivered formats:
PNG / TIFF / HDF5
Metadata-rich labels (depth, material, object class, geometry)
Ground-truth annotations for supervised learning
Images
More Details: Brochure LINK (will be updated soon)
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