Map · Coordinate · Address
Pick a location
Drop a pin, paste a coordinate or search an address. Define the survey area and the depth range you want to study.
Geophysical pre-survey platform
See beneath the groundwith measured data,not guesses.
9
independent open data layers
30 m
global terrain model resolution
3D
surface + subsurface in one scene
PDF·KML
shareable report outputs
Data sources
Not guesses — traceable, verifiable data.
NOAA EMAG2v3Magnetic anomaly
NOAA WMM / IGRFMain magnetic field
WGM2012Gravity anomaly
Copernicus DEM30 m terrain model
Sentinel-2Multispectral imagery
Sentinel-1C-band SAR radar
ISRIC SoilGridsSoil composition
Open-MeteoSoil moisture
OpenStreetMapBuildings & utilities
MTA / OneGeologyGeology & faults
NOAA EMAG2v3Magnetic anomaly
NOAA WMM / IGRFMain magnetic field
WGM2012Gravity anomaly
Copernicus DEM30 m terrain model
Sentinel-2Multispectral imagery
Sentinel-1C-band SAR radar
ISRIC SoilGridsSoil composition
Open-MeteoSoil moisture
OpenStreetMapBuildings & utilities
MTA / OneGeologyGeology & faults
How it works
From a coordinate to a 3D report in three steps.
Gridding · Filtering · Modelling
Layers are fused
Magnetic, gravity, elevation, soil, moisture and satellite data are fetched, aligned on one grid and interpreted with geophysical models.
3D · Slices · PDF / KML / GeoTIFF
Explore in 3D, export
Orbit the terrain, slice the subsurface, read magnetic intensity. Download the result as PDF, KML or GeoTIFF and share it.
Modules
Six specialist modules, one platform.
Each module is its own discipline. In an analysis they run together and cross-check each other.
nT
Magnetic Field Intensity
Total field (nT), anomaly, inclination and declination. Heat maps, contour lines and profile sections.
DEM
3D Surface & Terrain
Satellite-draped terrain model with slope, aspect, flow direction and visibility analysis.
VOXEL
3D Subsurface Model
Probable layer model, anomaly probability volume, depth slices and iso-surfaces.
εr
Soil & Dielectric
Radar wave velocity, attenuation and estimated penetration depth from clay, sand, silt and moisture.
GPR
GPR & Device Data
Upload GPR, 3D ground scanner, magnetometer and detector outputs (images, DZT/RD3/DT1, CSV). Findings are marked and shown in a 3D model.
NDVI
Surface Traces
Buildings, roads and pipelines, plus buried-feature traces revealed by NDVI and moisture indices.
Device data analysis
We analyse the data from your subsurface devices too.
If you have scanned a site with a GPR, 3D ground scanner, magnetometer, metal detector or resistivity meter, upload its output. DeepGPR reads the image or raw data, marks notable signals such as jars, metal, voids and walls, estimates their depth and shows the result as a 3D model. No coordinate needed.
Supported devices
- Ground-penetrating radar (GPR)
- 3D ground scanner
- Magnetometer / gradiometer
- Metal detector
- Resistivity
Upload my device data
Device analysis: 1 credit · Refunded if it fails · Each follow-up question: free
3D ground scanner output3 findings
- 1Jar / pot~1.2 mHigh confidence
- 2Metal~0.6 mMedium confidence
- 3Void-like~1.8 mMedium confidence
Results are a preliminary assessment and must be verified in the field.
What can you upload?
Screenshot or photo
A photo of the device screen or an image exported from its software.
Raw GPR file
The radargram is drawn straight from the file, then analysed.
Measurement table
An X-Y-value table exported by the device is turned into a colour map.
What do you get?
- Numbered finding marks on the image
- Finding type, estimated depth and confidence
- A 3D model as surface map and cross-section
- A PDF report and follow-up questions
Live lab
How does a magnetic anomaly form? Try it yourself.
Move a buried magnetic body with your cursor and change its depth. Watch how the field measured at the surface spreads and weakens, computed with the real dipole formula.
Peak value
+187.8 nT
Width at half max
2.20 m
Rule of thumb: an anomaly's width at half its peak value roughly equals the depth of its source. A deep body leaves a broad, weak signature.
AB
Hover over the map
−+ nT
20 m × 12 m
A — B profile sectionΔT (nT)
Transparency principle
Every result states its source and confidence.
Instead of random visuals promising “certain results”, we clearly label whether each layer is measured or modelled — so you know exactly how much to trust the report.
MeasuredModelledField data
LayerTypeSourceResolution
Magnetic anomalyMeasuredNOAA EMAG2v3~3.7 km
Terrain elevationMeasuredCopernicus DEM30 m
Surface indicesMeasuredSentinel-210 m
Soil dielectricModelledSoilGrids + moisture250 m
Layer depthsModelledGeology + gravityRegional
GPR radargramField dataYour devicecm
Who it's for
Ask the right questions before going to the field.
01
Geotechnical & construction
Parcel pre-survey, fill and void risk, drill-point planning.
02
Utilities & municipalities
Route planning, legacy utility traces, pre-excavation risk maps.
03
Mining pre-survey
Licence-area screening using magnetic and gravity anomalies.
04
Archaeological pre-survey
Surface traces and anomaly maps for officially permitted teams.
05
Agriculture & water
Soil composition, moisture distribution and probable aquifer zones.
06
Geophysics crews
Upload your device output and get marked findings, a 3D model and a PDF report in minutes.
Credits
No subscription. Pay for what you use.
A full analysis of one coordinate costs 1 credit, a device output analysis 1 credit. Credits never expire; finished analyses stay in your account and reopening them is free.
Trial1 credits
250₺
250 ₺ per credit
- 1 full analysis
- 3D surface + subsurface
- PDF report
Field5 credits
1,000₺
200 ₺ per credit
- 5 full analyses
- All layers
- PDF + KML export
Professional15 credits
2,500₺
166.67 ₺ per credit
- 15 full analyses
- GPR file upload
- GeoTIFF export
- Priority processing queue
Enterprise50 credits
7,000₺
140 ₺ per credit
- 50 full analyses
- Team usage
- Company invoicing
- Priority support
Prices include VAT. Credits are added to your account once the payment is confirmed.
Mobile app
Install DeepGPR on your phone and use it like an app.
No app store download needed. It is added to your home screen in a few taps and opens full screen with its own icon, so you can start an analysis one-handed in the field.
- No App Store / Play Store needed
- Free, installs in seconds
- Full screen, no address bar
- Always the latest version
DeepGPR
iOS · Android
iPhone / iPad
With Safari
- Step 1In Safari, tap the Share icon at the bottom.
- Step 2Scroll down and choose “Add to Home Screen”.
- 3Step 3Tap “Add” in the top right. The DeepGPR icon appears on your home screen.
Using Chrome? Follow the same steps from the Share icon in the address bar.
Android
With Chrome
- Step 1In Chrome, tap the ⋮ menu in the top right.
- 2Step 2Choose “Install app” or “Add to Home screen”.
- 3Step 3Tap “Install”. DeepGPR appears in your app drawer and on your home screen.
After installing
Open it by tapping the DeepGPR icon on your home screen. Sign in once on first launch; your session is remembered after that.
Having trouble?
Frequently asked
Good questions.
Yes. Magnetic anomaly, elevation, satellite imagery and soil data come from open datasets published by NOAA, Copernicus/ESA and ISRIC. Layer models built on top of them are explicitly labelled as “modelled” in the report.