The analysis platform of the X6 ecosystem: it processes measurements from the proprietary professional X6 ground instruments — the primary data source — and files from third-party professional instruments (GPR, EMF/EMI, CSV), with physics-based SimPEG 3D inversion, Euler deconvolution depth analysis, ARCore Geospatial VPS (<0.5m precision) and the Noetic Multi AI Ensemble that factors weather, moisture and soil composition into every visualization. Phone sensors operate only as an auxiliary emergency fallback. All field data stays exclusively on your device.
44 modules · 650+ files · Euler deconvolution · Noetic Multi AI · ARCore VPS — the most complete geophysical intelligence platform on Android.
The AETHER module builds 16×16×12 voxel probability grids via Inverse Distance Weighting (IDW) interpolation with Gaussian kernels (σ=0.6m) and exponential depth decay. Real-time Phong-shaded isosurfaces with Fresnel halos on magnetic peaks — non-maximum suppression separates clustered targets.
Physics-based 3D subsurface inversion powered by SimPEG (Cloud Run). Regularised least-squares iterative optimisation converts magnetometer data into a quantitative susceptibility model. Results cross-validated with Noetic AI — confidence rated RELIABLE / GOOD / MODERATE. MAX · Team · Enterprise.
Every detection verdict routes to a Noetic Multi AI ensemble (AnomalyJudgeAgent + DepthAgent) via secure Cloud Run proxy. Returns GOLD / SILVER / IRON / BRONZE / ALUMINUM / STONE / VOID classification with scientific reasoning — 5-min LRU cache, 256 entries, 3-concurrent call gate.
Built-in AI assistant powered by X6 MATRIX: explains findings, answers geophysical questions, drafts reports and analyzes CSV/TXT/XML/JSON files. Supports Greek, English, French, German — responds in the user's language.
The AI App reads CSV, TXT, XML, JSON files from any subsurface scanning equipment — GPR, magnetometers, gradiometers, EMF, EMI, multichannel MT systems. Also directly connects X6 Hammer, Raptor, Plus AI via Bluetooth BLE.
One tap produces a professional report with heatmap, 3D voxel snapshot, Euler depth estimates, AI verdicts and GPS coordinates. Exports: CSV, KML (GIS), GeoJSON, .aether binary. Auto-saves to Downloads with GPS tagging.
Noetic Multi AI is primary for all verdicts. Offline: local TFLite K-NN (Dudani 1976) classifies from 10-feature Magnetic DNA vector — confidence hard-capped at 75% with OFFLINE badge. HARD_BLOCK activates after 48h without connectivity.
Auto-bonds to X6 Hammer, Raptor, Plus AI via BLE. Automatic Gain Control (AGC) monitors 50-sample rolling window at 50 Hz — dispatches SET_GAIN (0x47) command: LOW (>200 μT), MEDIUM (5–200 μT), HIGH (<5 μT) for optimal signal capture.
Real-time fusion of 8 international data sources: NASA Earthdata (ASTER · Landsat · UAVSAR), NOAA SWPC Kp-index + World Magnetic Model, ISRIC SoilGrids (clay% · pH · bulk density), Open-Meteo weather + soil moisture, Macrostrat geological formations, USGS MRDS mineral deposits (55 km radius), EMAG2v3 crustal magnetic anomaly grid (2 arc-min), and academic repositories (CSIRO · PANGAEA · Geoscience Australia · GSRAS · Zenodo).
Tap ⏺ REC button in Room Scanner → live capture of PDR path (1 Hz) + AI anomaly pins with verdict/depth/confidence. Anti-spam: same kind <4 sec or <0.5m → skip. Auto-saved to Surveys list with voice notes & sensor snapshots.
Connect the X6 Multy Grounding Scanner system via Classic BT SPP. Automatic Gain Control (AGC) monitors 50-sample rolling window at 50 Hz — dispatches SET_GAIN (0x47): LOW gain (>200 μT saturation), MEDIUM (5–200 μT), HIGH (<5 μT underdrive). Ground calibration baseline: 48.2 μT ±0.3 μT (Athens). 100–1000× more accurate depth: gradient ∝ 1/r⁴ vs phone magnetometer ∝ 1/r³.
Industry-standard Euler deconvolution solves (x−x₀)·∂T/∂x + d·∂T/∂z = N·(−T) for structural index N=1 (contact/wall), N=2 (cylinder/pipe), N=3 (sphere/cache) — best-fit N selected by minimum RMS residual. Fallbacks: FWHM Half-Width Rule (z ≈ 0.6 × FWHM), magnetic moment inversion (r ≈ ∛(2M/Bz)). Badge: EULER-RTK · EULER-GRID · FWHM.
Live camera feed fused with SAR tomography via ARCore Geospatial VPS (<0.5 m precision). Buried targets appear as glowing anomaly halos at exact depth directly in the real-world camera view — walk the field and see GOLD / VOID / IRON targets overlaid in space as you scan.
Drone-mounted SAR scanner with onboard Noetic Multi AI classification. Covers large areas at speed — aerial magnetic + radar data fusion, auto-grid flight path planning, real-time VOXEL 3D construction and AI verdict stream to the ground station operator.
DiagnosticsLogger + AiDiagnosticReporter + DiagnosticsUploader. Batched uploads every 60s or 50 events to admin panel. Privacy by design: ONLY technical metadata + AI verdicts, NEVER GPS/PII/raw images. Severities INFO < WARNING < ERROR < CRITICAL — only WARNING+ uploaded.
AI-driven monitor of how you hold the device (accel + gyro fusion). 4 states: OPTIMAL ✅ / BAD_TILT ⚠ / UNSTABLE ⚠ / POCKET ❌. State stored in each PDR sample (`_TILT`, `_UNSTABLE`, `_POOR_POSTURE` postfixes) for post-processing review.
Long-press 🎤 button → record voice (up to 30 sec) → auto-transcribe with Android SpeechRecognizer → auto-pin in Survey as anomaly with voice description. Hands-free, no smartphone typing. Appears in PDF report alongside AI verdicts.
Phase 2B: When walking unknown space (cave, basement, tunnel), ↻ icon in Room Scanner activates reverse-path navigation. Works WITHOUT GPS — pure PDR (mag + accel + gyro fusion). Use cases: caving, underground archaeology, tactical indoor ops, mining tunnels, disaster response.
EncryptedSharedPreferences (AES-256-GCM, hardware Keystore), `allowBackup=false`, TFLite encrypted (.tflite.enc). Dual-layer cert pinning (network_security_config + OkHttp), Cloud Run proxy (no API keys), Play Integrity X-Integrity-Token. Auto-watchdog cert rotation 04:00 Athens daily.
Live feed from our neural system: STAC ingestion, training jobs, SAR/GPR correlation updates and Capella open-data sync.
SAR (Synthetic Aperture Radar) technology is the spearhead of military reconnaissance. Unlike optical cameras, SAR "sees" through radio waves, operating in all conditions (All-Weather, Day/Night). Our Subsurface AR Scanner combines GPR and SAR.
Metal detection (ferrous & precious), cavities, underground structures, minerals.
DETECTIONTarget recognition and subsurface anomalies under cover.
CCMAutomatic Target Recognition (ATR) and real-time battlefield mapping.
ISRAutomatic target recognition via Deep Learning. Noise filtering and detection with a high confidence score.
ATRReal-time subsurface imaging — depth, volume, material composition: metals, voids, aquifers.
Specialized data processing for material identification with neural networks trained on real geophysical datasets.
Real scans, AI analysis, 3D visualization — from our official YouTube channel.
Try the ScanAnalyzer flow right in your browser. The simulation uses synthetic MT data — production AI analysis runs on-cloud, while your data stays exclusively on your device.
Real-time environmental fusion from the world's leading space agencies, geological surveys and open-science repositories — every scan is verified against global geophysical ground truth.
ASTER · Landsat · UAVSAR · Sentinel
Archaeological & terrain context from NASA CMR — satellite metadata matched to scan coordinates in real time.
Space Weather Prediction Center
Kp-index polled every 5 min. Kp > 4 → magnetometer sensitivity auto-adjusted + field alert displayed to operator.
World Magnetic Model
Theoretical magnetic reference field (F · H · I · D · X · Y · Z) at any lat/lon/altitude. Anomaly = measured − WMM.
3-satellite constellation
Dynamic crustal magnetic field separating core from lithosphere — real-time correction beyond static WMM average.
Earth Magnetic Anomaly Grid · 2 arc-min
Global crustal magnetic anomaly at 2 arc-minute resolution. Deployed as private GCS Cloud Function — <50 ms median latency.
Mineral Resources Data System
Up to 20 nearest mineral deposit sites within 55 km radius — commodity, operation type, coordinates via WFS endpoint.
macrostrat.org
Bedrock formation, rock lithology (basalt · limestone · granite), geological age (Quaternary · Jurassic…) at scan coordinates.
Bureau Gravimétrique International
Bouguer gravity anomaly maps. Mag anomaly + gravity anomaly convergence = definitive subsurface mass identification.
v2.0 · 250 m global resolution
Clay% · sand% · pH · bulk density · organic carbon at multiple depths (0–30 cm). Drives Topp-equation EM correction per soil type.
Forecast + Archive APIs
Temperature · humidity · precipitation · wind · soil moisture (4 depths) · soil temperature. 10,000 req/day — no API key.
Shuttle Radar Topography Mission · OpenTopoData
Precise elevation for each scan coordinate. Depth correction on slopes: d_corrected = d × cos(terrain_angle). Global 30 m resolution.
Multispectral mineral mapping
Fe-oxide · clay · quartz surface mapping from infrared reflectance. Detects iron mineralisation before physical survey begins.
Australian Government
Airborne magnetic surveys and sub-surface geophysical datasets covering Australia and global training sets.
European Open Science
Paleoceanography, paleoclimate and geophysical raw datasets used for AI training data validation.
Geophysical Survey RAS
Seismic, geomagnetic and GNSS datasets from Eurasian geological surveys for cross-continental model validation.
Open research repositories
Curated GPR, magnetometer and seismic datasets from leading research groups worldwide — continuous AI model training.
Before any GOLD / SILVER / IRON / VOID classification reaches your screen, the AI ensemble queries up to 12 international data sources in parallel — soil composition, geological formation, nearby mineral deposits, space weather index, crustal magnetic anomaly and terrain elevation — to eliminate false positives with scientific certainty.
ScanAnalyzer is not a standalone phone app: it is the processing platform of the X6 ecosystem. Every visualization is produced by published geophysical methods, with an explicitly declared data hierarchy and explicitly declared limits.
Proprietary professional scanning equipment (X6 Hammer, Raptor AI, Plus AI, Multy Grounding Scanner) — calibrated in-field measurements via Bluetooth. Ground measurements are the authoritative layer of every analysis: 100–1000× more accurate depth estimation than phone sensors.
See the X6 equipment →The platform also analyzes data files from other manufacturers' instruments — GPR, scanning arrays, EMF/EMI systems — as well as generic CSV/grid formats. You are not locked to a single manufacturer.
The phone's built-in sensors are used only as an auxiliary fallback when no instrument is available — and their results are explicitly flagged as lower-fidelity, under a strict confidence cap. They are never presented as equivalent to instrument measurements.
We say it before you ask: no satellite "sees" metals at depth. The physics of SAR is well known and published — and the platform fully respects it.
⛰️ So how does it work? Satellite indicators act as an area-of-interest suggestion layer. The final verdict always requires X6 in-field ground measurements — if the ground does not confirm it, the platform does not present it as a finding. Ground truth above all.
Every algorithm in the platform implements a published, verifiable method — not a "black box". References are given with DOIs so you can verify them yourself.
3D tomography is produced by potential-field inversion in the open-source SimPEG framework — the same mathematical tooling used in academic and industrial geophysics, with Li & Oldenburg depth weighting.
Target depth is estimated with Euler deconvolution using structural indices N=1–3 (wall/cylinder/sphere) — a classical method of magnetic prospection, not an arbitrary coefficient.
Measurements are reduced to the local reference field via the international IGRF-13/WMM models — the same reference baseline anywhere on the planet.
The AI agents automatically factor in moisture, soil composition and weather via live APIs: soil dielectric behaviour is corrected per the empirical Topp relation — what traditional software requires a geophysicist to parameterize by hand.
Detection of fire traces, kilns and disturbed soils is based on the classical literature of archaeomagnetic research — the same principles as academic archaeological geophysics.
When offline, classification runs distance-weighted k-NN (TFLite) — and confidence is hard-capped at 75%: full verdicts require the cloud AI ensemble.
The rarest property of a subsurface imaging system is not what it shows — it is what it refuses to show.
We respect the industry's established tools — we even analyze many of their files. The table objectively shows which capabilities each software category offers, based on the manufacturers' public documentation.
| Capability | ScanAnalyzer X6 | GSSI RADAN® 7 | Seequent Oasis montaj™ | OKM Visualizer 3D |
|---|---|---|---|---|
| Platform category |
Field platform (Android) + cloud |
Office GPR processing (Windows) |
Office geoscience suite (Windows) |
Office 3D visualization (Windows) |
| Physics-based 3D data inversion |
✓ SimPEG |
— |
✓ VOXI™ |
— |
| Automated environmental calibration (live weather/moisture/soil APIs) | ✓ | — | — | — |
| Automated satellite-data integration (SAR/thermal/DEM) | ✓ | — |
◐ manual grid import |
— |
| AI target classification (multi-agent ensemble) | ✓ | — | — | — |
| Real-time in-field analysis (mobile) | ✓ |
— office post-processing |
— office post-processing |
— office post-processing |
| In-field augmented-reality (AR) visualization |
✓ ARCore VPS |
— | — | — |
| Data import from third-party instruments |
✓ GPR/EMI/CSV formats |
◐ primarily GSSI instruments |
✓ broad format support |
◐ primarily OKM detectors |
| Declared method limits & DOI bibliography in public materials | ✓ |
◐ technical manuals |
◐ technical manuals |
— |
| Software cost model |
Pay-per-analysis (tokens) · accompanies X6 instruments |
Commercial licence + add-on modules |
Commercial subscription |
Accompanies OKM detectors |
✓ = available · ◐ = partial / manual workflow · — = not documented in public documentation
This table was compiled in July 2026 exclusively from publicly available manufacturer documentation; third-party product features may change. RADAN® is a trademark of GSSI (Geophysical Survey Systems, Inc.); Oasis montaj™ and VOXI™ are trademarks of Seequent (Bentley Systems); Visualizer 3D is a product of OKM GmbH. All trademarks belong to their respective owners — no affiliation, partnership or endorsement is implied. The comparison covers objective, material and verifiable features within the meaning of Directive 2006/114/EC on comparative advertising. The products partly address different use categories (e.g. office GPR processing vs. an in-field platform).
One tap on the ⏺ button → the entire field scan auto-saves as a «Survey» — PDR path, AI findings, voice notes, sensor snapshots.
In 🗺 Room Scanner, tap the ⏺ red button top-right. Pulsing red dot + live banner shows name/time/samples/pins.
PDR (Pedestrian Dead Reckoning) captures position, heading, velocity every 1 sec. AI findings from AR Scanner auto-pin with verdict, depth, confidence.
Long-press 🎤 button → speak (up to 30 sec) → auto-transcribe → auto-pin in Survey as anomaly with your voice description. Hands-free, no typing.
Stop recording → Survey saved with id, name, duration, path, pins, notes. Available in 📋 Surveys list for export, share, edit, comparison.
Same kind within 4 sec → skip · same location (<0.5m) → skip. The file stays clean from duplicate / false-positive events.
From Surveys list → tap a survey → detailed view with path map, pins list, voice playback. Export as CSV, GeoJSON, PDF report with heatmap.
Each page focuses on a different aspect of ScanAnalyzer and Noetic-Lab.
RF Beacon Tomography — see through walls with WiFi router. Live animation + 7-verdict matrix.
Learn more →Survey System — auto-record paths in unknown underground without GPS. Live animation.
Learn more →App Tour, deep features, VOXEL 3D Visualizer · 2.5h hands-on overview.
Learn more →4 anonymized cases — Archaeology, Mining, Defense, Hydrogeology.
Learn more →In 30 seconds — time + cost savings based on your project.
Learn more →1 token + 15-min video call with a technical advisor · no commitment.
Learn more →Interactive simulation of the real app — Gun Scope reticle, Magnetic DNA Signature, 3-Phase State Machine.
