MEM-1DREADY
1D Mechanical Earth Model
Stress profiles, pore pressure and elastic properties from DLIS and FMI.
The application · powered by Hominis AI
EarthScan
AI 360°
The subsurface decision workspace.
An AI-native geoscience platform that ingests LAS, DLIS and SEG-Y, builds mechanical earth and 3D models, and reads well logs at archive scale. Fourteen modules in one workspace, on the model you choose: Claude by default, Cerebras for speed, or Hominis v3 fully on-prem.
LAS / DLIS / SEG-Y ingestGeomechanics to 3DSovereign model choice
EarthScanAI 360v2.0nw-shelf-2026.esp / STYBARROW 1TS
HomeWorkflowsGeomechanicsDataTools
BEST ANALOG · 96%
STYBARROW 1 · SS TVD · TOPS AUTO-PICKED
Best analog confidence
96%
Knowledge graph
1,948 nodes
SHmax azimuth
N70°E
POWERED BY HOMINIS AI · BYOK
Real screens throughout this page: the live application working on public Texas and NW Shelf well data.
14modules in one workspace
1,948graph nodes from one pass
96%best-analog confidence
N70°ESHmax resolved, WSM-checked
01 · The full UI journey
From raw files to a defensible answer.
Load the data and EarthScan does the rest. Three workflows below, every screen the real application on public well data: discovery from raw files to a ranked recommendation, geomechanics on the same graph, and the paper archive brought back to life.
Workflow 01 · Discovery
STEP 01 · INGEST
01
Files become a knowledge graph
Drop LAS, DLIS, SEG-Y or CSV, a whole folder at once. Every well, borehole, log, formation and field becomes a node; the relationships between them become edges. There is no schema to define up front, it forms as the data streams in.
1,948 nodes2,484 edgesone pass
STEP 02 · ENHANCE
02
The schema grows itself
EarthScan proposes new node types and relations from what it just read, and unifies the same well seen across LAS, DLIS and SEG-Y. One click enriches the graph; there is no data-modelling step.
+4 types+15 relations12 wells unified
STEP 03 · MAP + SELECTHOVER TO SELECT
03
Spatial context, then a selection
The graph lands on an interactive map so well coverage reads geographically. Group by field, filter by data type, then box-select the wells of interest: hover this panel and nine wells are picked, ready to correlate. No dialogs, no export.
359 entities placed9 wells selectedone click to correlate
STEP 04 · CORRELATE
04
Tops picked by the engine
The same correlation through three lenses: an analog graph, an auto-built cross-section and 3D. The tops and ties are picked by EarthScan rather than drawn well by well, and the agent rings its best analog.
analog graphcross-section3D
STEP 05 · ANSWER
05
A recommendation you can defend
Correlation groups are ranked by net pay, PI and well support, and the answer arrives in plain language with its confidence and full reasoning shown. It is honest about uncertainty: a low-support pick is flagged as a lead, not a call.
96% confidence136 m net payreasoning shown
Workflow 02 · Geomechanics
STEP 01 · VUG DETECTIONDRAG TO COMPARE
01
The engine reads the raw image
The FMI image log goes in exactly as recorded. Drag the divider and the detection overlay appears: every vug picked in place by the engine, with no manual tracing.
auto-detectedno manual tracingdrag to compare
STEP 02 · STRESS
02
Azimuths become a stress call
Fifty-six drilling-induced fractures and thirty breakouts resolve into a rose diagram, a SHmax call of N70E and a strike-slip regime, cross-checked against the World Stress Map.
SHmax N70°Estrike-slip regimeWSM consistent
STEP 03 · INTEGRATE
03
Secondary porosity, quantified
Open fractures, cemented fractures and vugs are counted, profiled against depth and fed straight into a discrete fracture network, with vug-corrected elastic properties.
55 vugs60 open fractures1.17% vug porosity
STEP 04 · CLASSIFY
04
Every fracture catalogued
A Jaeger-PWM dip classification sorts the fracture inventory and flags the sets critical for lost circulation, ready for the DFN.
dip classesloss-circulation flagsDFN-ready
STEP 05 · STABILITY
05
Risk zones, called out
A stability-index profile runs against the collapse and fracture gradients; the at-risk interval is listed with its depths and a mud-weight guardrail.
SI 0.5403risk 2430-2475 mMW guardrail
STEP 06 · ASK
06
The assistant knows what you are looking at
A context-aware chat travels with every module and retitles itself to the analysis on screen. Ask about the numbers in front of you and it answers from that analysis, not from a generic model. Attach a report and ask about that too.
per-module contextanswers from the analysisattach reports
Workflow 03 · Archive rescue
And the paper logs come along.
Decades of wells exist only as scanned images. The digitizer finds the header and tracks, splits them, scores its own confidence and hands back numeric curves, LAS-clean, into the same graph as everything else.
02 · Inside the workspace
Fourteen instruments. One subsurface workspace.
Every capture below is the real application at work: real wells, real logs, real detections, straight from the workspace. Click any surface to inspect it at full size.
01 / Geomechanics05 modules
Model the earth before you trust it.
STRESS-AZILIVE
Stress Orientation
Rose diagrams resolve SHmax N70E from 56 DITFs and 30 breakouts, cross-checked against the World Stress Map.
WBSREADY
Wellbore Stability
A stability-index profile against collapse and fracture gradients, with risk zones and mud-weight guardrails.
GEO3DLIVE
3D Geo Model
The correlated wells in a volume, driven from a stratigraphic navigator with horizons, seismic and production.
FRAC-VUGQC PASS
Frac / Vug Integration
FMI-derived secondary porosity fed into a DFN: 55 vugs, 60 open fractures, vug-corrected elastic profiles.
02 / Workflows05 modules
From raw curve to interpreted well.
LOG-VIEWERLIVE
Well-Log Viewer
Multi-track curves against depth with auto-picked horizon tops and a lithology column.
FMI-DETECTREADY
Fracture & Bedding Detection
Reads the raw FMI image log and picks fracture and bedding-plane sinusoids in place.
VUG-DETECTQC PASS
Vug Detection
Secondary porosity detected on the borehole image, no manual tracing. Hover to see the raw input.
VSPREADY
VSP Analysis
Checkshot velocities and corridor stacks from vertical seismic profiles.
W2W-CORRLIVE
Well-to-Well Correlation
An auto-built cross-section: facies correlated across wells without hand-picking a single top.
03 / Data & ingest03 modules
Every format finds its way in.
GEOKGLOCAL
GeoKG Smart Ingest
Drop LAS, DLIS, SEG-Y, ZIP or SHP; a geological knowledge graph builds live in your browser. Files never leave the machine.
BULK-LOADLIVE
Bulk Load
Connect a drive or drop files; parallel parsing routes each format to the right module.
RASTER-DIGREADY
Raster Log Digitizer
Scanned paper logs become vector LAS through a two-stage detection pipeline.
04 / Exploration01 module · flagship
One decision view for the whole portfolio.
CORP-INTELLEAD RANKING LIVE
Corporate Intelligence Hub
Portfolio-wide subsurface intelligence on one screen: lead basemaps with structural contours, risk-factor scoring, volumetrics and chance of success, with the cross-section underneath. Here: seven leads ranked, Osprey-N at 34% chance of success and 16 MMbbl risked P50. Rank the portfolio and defend the drill decision from a single screen.
Structural contoursRisk factorsVolumetricsChance of success
03 · Bring your own model
The workspace thinks with the model you choose.
Every analysis, chat and agent run routes through the LLM you select. Swap it per project, or pin the sovereign path and never let a token leave the estate.
Anthropic Claude
The workspace default. Deep multi-step geoscience reasoning, running through your own Anthropic key so usage stays on your account.
04 · Sovereign & auditable
Built for operators who cannot leak.
The workspace assumes your data is sensitive, your competitors are close and your auditors are closer. The defaults are set accordingly.
On-prem model option
Run Hominis v3 inside your perimeter, on hardware you control.
Your keys, not ours
BYOK across providers. Model traffic runs on your accounts and your contracts.
Ingest stays in the browser
GeoKG builds its knowledge graph client-side. Raw files never leave the machine.
Tenant-isolated
Every operator works in a hard-isolated space. Competitors never share a boundary.
05 · Verified access
The workspace is gated. That is the point.
Access to EarthScan AI 360 is reserved for verified operators. Sign in with Microsoft, LinkedIn or your corporate email; every request is reviewed and approved by our team before access is granted, which keeps competitors and rogue actors on the outside of the door.
RequestReviewApproved
Sign in to the workspace
Microsoft accountSingle sign-on via Microsoft Entra ID.
LinkedInVerified professional identity.
Corporate emailA sign-in link to your work address.
Sign in to EarthScan AI 360 This is the AI 360 platform login. Client project spaces are separate and keep their own entrance.