AI-Assisted Electrical Resistivity Processing & Interpretation

PROJECT DASHBOARD

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Workflow Completion

Each phase advances only when project data is available.

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Project Health

Phase distribution for this project.

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COMPLETE

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SET LOCATION

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Recent Project Activity

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No project data yet

This module will populate from this project’s imported and processed survey data. No sample records are shown.

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KNOWLEDGE BASE 12 DOCS

+ Upload Document

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AI insight extracted

AI SYNTHESIS

12 DOCUMENTS ANALYSED

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INTELLIGENT SURVEY IMPORT

Import Survey Data

G-RES recognises the instrument, format and survey configuration automatically.

RE-IMPORT

+

Drop survey files here

Multiple files, ZIP archives and complete survey folders are supported.

BROWSE FILES IMPORT ZIP IMPORT FOLDER

FORMAT RECOGNITION

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Analysing survey files

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OK

Survey Successfully Recognised

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READY

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DETECTED LINE CONFIGURATIONS

LINESPACINGELECTRODESLENGTH

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INSTRUMENT ARRAYWenner AlphaWenner BetaWenner GammaWenner-SchlumbergerSchlumbergerDipole-DipoleGradientPole-DipolePole-PoleNot detected ELECTRODE SPACING UNITSmetresfeet COORDINATE SYSTEM ELEVATION UNITSmetresfeetNot available

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CONFIRM & VALIDATE

AUTOMATIC QUALITY CHECK

Dataset is ready for processing

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CONTINUE TO PROCESSING

2D ERT PROCESSING PIPELINE

Processing & Inversion

Pre-process, calculate apparent resistivity, generate a pseudosection, then run inversion.

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IMPORT

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QUALITY SCORE

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ARRAY

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SPACING

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COORDINATES

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STATUS

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WHAT RESISTIVITY MEANS

Low resistivity usually means more conductive ground such as clay, saline water, weathered/fractured saturated zones, or metal-rich material. High resistivity usually means dry, compact, fresh, or crystalline material. Interpretation still needs geology and QC context.

WHAT SENSITIVITY MEANS

Sensitivity shows where the survey measurements actually constrain the model. Bright/high areas are better supported by the electrode geometry; dark/low areas are less reliable and should be interpreted carefully.

SURVEY LINES

Each line keeps its detected spacing and geometry.

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QC {{ line.qcLabel }}

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GENERATE PSEUDOSECTION

RUN INVERSION

RE-RUN PROCESSING

PRE-PROCESSING QUALITY CONTROL

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SCORE

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VALID

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REJECTED

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MANUAL REVIEW TABLE

READINGA / B / M / NNRIMPORTED RHOCALCULATED RHODELTASTATUS

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ZOOM

REJECTED POINTS

EXPORT IMAGE

{{ processingActiveResultLabel }}LOG SCALE | {{ processingArtifactMin }} - {{ processingArtifactMax }} Ωm{{ processingRmsLabel }} {{ processingFinalRms }} | {{ processingIterationCount }}

INVERSION SETTINGS

METHODSmoothness-constrained least squaresRobust/blocky inversion

MAX ITERATIONS DAMPING CONVERGENCE % MESHCoarseStandardFine MAX DEPTH DEPTH LAYERS CONTOUR INTERVAL (Ωm, 0 = AUTO LOG) SCALE MIN (Ωm, 0 = AUTO) SCALE MAX (Ωm, 0 = AUTO) VERTICAL EXAGGERATION

OUTLIER REJECTION{{ processingOutlierOn }}

RENDER STYLE{{ processingRenderStyle }}

DISCRETE LEGEND (RES2DINV-STYLE){{ processingBandedOn }}

LOG RESISTIVITYALWAYS ON (LOG-SPACE INVERSION)

TOPOGRAPHY CORRECTIONCOMING SOON (ELEVATIONS PRESERVED)

Smoothness-constrained inversion with log resistivity is recommended for most surveys. Robust/blocky selects a genuine IRLS (L1-norm) reweighting of both the data misfit and the model roughness.

PROCESSING JOB LOG{{ processingProgress }}%

Awaiting pseudosection or inversion command.

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SEND TO INTERPRETATION

Select a survey line

Choose one of the detected lines to inspect its QC report, calculate apparent resistivity, and generate the pseudosection required before inversion.

SURVEY EXPLORER

Processed lines and interpretation state.

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MARK COMPLETE

INTERPRETATION CANVAS

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DEPTH SCALEm MAX {{ interpretationMaxProbeDepth }}

ZOOM

PAN

JET

POINT DETAILS

x

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ASK AURORA

LOW

HIGH {{ interpretationPointSummary }}

No processed data available for this line.

Run Processing before interpretation.

GO TO PROCESSING

AURORA

No Aurora messages for this line yet.

Thinking...{{ msg.text }}

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✎

SEND

INTERPRETATION SUMMARY

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REVIEW THREAD

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APPROVALS

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AI ASSISTANT

No analysed project context is available yet.

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Responses grounded in project data and uploaded documents

EXPORT OPTIONS

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PACKAGE EXPORTS

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BOREHOLE TARGETS

AI RANKED 3 TARGETS IDENTIFIED

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RANK

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SURVEY LINE

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DISTANCE

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TARGET DEPTH

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WATER STRIKE

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SITE SUMMARY

SITE

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COVERAGE

4 lines 480m total

RANKED TARGETS

3

OVERALL POTENTIAL

HIGH

AI SUMMARY

Three viable borehole locations identified. BH-R1 targets the primary alluvial aquifer at 45m. BH-R2 targets confirmed fracture zone F1. BH-R3 is a strong secondary option on Line 03. Total estimated yield: 924 l/s.

CORRELATION STUDIO

2D ERT + VES CORRELATION ACTIVE

Line 01 VES-05

2D RESISTIVITY LINE 01

F1

GW-1 AQUIFER

BEDROCK

1 m

10,000 m

CORRELATION RESULTS

Line 01 VES-05

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ERT DEPTH

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VES DEPTH

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AI VERDICT

High correlation confirmed. Aquifer depth difference only 1.8m. Bedrock contact matches within 2m. Overall interpretation confidence increased to 94%.

VES CURVE VES-05 SCHLUMBERGER ARRAY

Apparent

Calculated

Aquifer

INTERPRETED LAYERS

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GIS MAP

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LEGEND

Survey Lines

Boreholes

Drill Targets

VES Points

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FEATURES

Survey Lines4

Boreholes3

VES Points5

Drill Targets3

SURVEY LINES

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PROJECT TIMELINE

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