SUBSURFACE ANALYSIS
& VISUALISATION

EXPLORE THE RESULTS

More than a report.
A connected view.

Bring core imagery, analytical measurements and interpretation into a coherent delivery that helps your team explore the evidence.

OPEN THE EVIDENCE

Pick a plug.
Explore its story.

Five specimens. A connected view of each. Select a rotating core plug to step inside its interactive CT report.

WHOLE CORE / INTERACTIVE REPORT

From internal structure
to detailed measurements.

Explore a whole-core CT volume, then review imagery and analytical tracks in the CoreDNA viewer below.

Real longitudinal CT section through the demonstration core
WHOLE-CORE CTSTRUCTURE / REAL SCAN DATA
POSITION ALONG CORE50%

COREDNA / ACQUISITION CONCEPT

StrengthXRFSonics

Illustrative tracks · not measurements from this core

Real CT data. Explore structure, attenuation contrast and a connected acquisition concept.

About the visualisation

Real CT imagery from a 472 × 472 × 3,222 grid. Desktop uses a core-centred 240 × 240 crop sampled to 192 × 192 × 1,280; mobile uses a 128 × 128 × 640 preview. Recorded reconstruction voxel size: 0.2917 mm; slice interval: approximately 0.292 mm. These are sampling intervals, not resolving power. Display position is relative; this view does not provide a verified physical-length measurement. Colour and transparency emphasise attenuation contrast—not identified minerals or calibrated density. CoreDNA tracks and the prepared-surface scanning effect are illustrative, not live acquisition or aligned measurements from this specimen.

01 / INSIDE THE CORE

Rotate. Slice. Reveal.

The whole-core example from our homepage is available here with hands-on controls. Rotate the volume, move along the interval and adjust the attenuation reveal to examine internal contrasts.

Pause the animation to hold a view. Changing a slider switches to manual exploration; reset returns to the opening view.

Recorded voxel size
0.2917 mm
Slice interval
≈0.292 mm

These are source sampling intervals, not resolving power. Web volumes are reduced for display; contrast is not calibrated density.

Explore the CoreDNA report below ↓

02 / IMAGERY & MEASUREMENTS

The CT volume and CoreDNA viewer are separate demonstration datasets. Their positions are independent; no depth correlation between them is implied.

HR OVERVIEW / LINKED UHR DETAIL / REAL DATA

CoreDNA log & image viewer.

The supplied strength track is reported in MPa. Its calibration and the exact strength property are not specified in this demonstration export; do not treat it as a direct unconfined compressive-strength test. Grain-size indices and cluster classifications are derived interpretations.

Approved HR and UHR imagery with measurements and derived tracks from the same supplied interval. The vertical scale is distance from the start of this 96.8 cm excerpt, not well depth. Original depths and identifiers are omitted. Each track retains its own sampling positions and missing values. Alignment follows the supplied matched-image interval, not an independent pixel-level calibration.

FOCUS ON THE INTERVAL

38.4–58.4 cm
Choose tracks Measurements, grain size, geochemistry and interpretation

Report-style grouping: grain-size percentiles share a scale; each XRF curve has its own labelled scale. Cluster IDs use discrete markers and a colour strip, not a continuous curve.

Move along the core with the slider or interval buttons. The image and tracks share the same visible interval. Scroll sideways for additional tracks; point at a track to inspect its readings. Curves retain source units; indices and cluster IDs are derived outputs, not direct mineral measurements.

Core image
Distance along core (cm)
010203040506070809096.8
Strength
Strength (MPa)
090180
Grain size
P05 GSD (µm)
015003000
P50 GSD (µm)
015003000
P95 GSD (µm)
015003000
XRF · Fe / Ca / Al
XRF · Fe (%)
017.535
XRF · Ca (%)
01530
XRF · Al (%)
0510
XRF · Rb / K / Mn
XRF · Rb (ppm)
0150300
XRF · K (%)
0510
XRF · Mn (ppm)
015003000
XRF · Sr / Si / S
XRF · Sr (ppm)
07501500
XRF · Si (%)
02040
XRF · S (%)
01530
Vp (5 cm)
Vp (5 cm) (ft/s)
0500010000
Vs (5 cm)
Vs (5 cm) (ft/s)
030006000
Dynamic Poisson ratio
Dynamic Poisson ratio (ratio)
-0.500.5
Cluster ID
Cluster ID (category)
02.55

Cluster key (categorical, not ranked): ID 0ID 1ID 2ID 3ID 4ID 5. Colours identify categories only; no lithology names are assigned.

SELECTED INTERVAL

Distance along core 48.4 cm

UHR DETAIL · 1 CM WINDOW

Enlarged without stretching. The cyan marker above locates this window.

Mechanical

Strength
— MPa

Derived grain size

P05 GSD
— µm
P50 GSD
— µm
P95 GSD
— µm

Classification

Cluster ID
—
Additional readings Elemental composition, acoustics & image indices

Derived image indices

Elemental

XRF · Si
— %
XRF · Al
— %
XRF · Ca
— %
XRF · Fe
— %
XRF · K
— %
XRF · S
— %
XRF · Mn
— ppm
XRF · Rb
— ppm
XRF · Sr
— ppm

Acoustics

Vp (5 cm)
— ft/s
Vs (5 cm)
— ft/s
Dynamic Poisson ratio
—

Nearest readings within half each track’s sampling step. Missing or distant readings are shown as unavailable; values are not interpolated.

FROM DATA TO UNDERSTANDING

Keep the context
with the result.

A measurement is more useful when you can connect it to the right sample, image and interpretation. CTS reporting can bring these elements together, with clear data references and documented limitations.

Interactive reporting is scoped around the programme and the way your team needs to use its results.

Explore BaselineZ 3D data rooms ↗

CONNECTED REPORTING / CONCEPT

OBSERVE

Core imagery & sample context

COMPARE

Aligned measurements & analytical results

ASSESS

Quality checks, coverage & uncertainty

INTERPRET

Findings & the evidence behind them

Illustrative structure only. Reporting features are agreed for each project.

CHOOSE THE RIGHT DELIVERY

Structured data delivery

Depth- and sample-referenced tables, imagery and metadata prepared for agreed downstream workflows. Import-ready files are distinct from a completed software project or interactive report.

Interactive reports

Linked navigation between observations, images and interpretation, with the level of detail and functionality agreed for the project. CoreDNA smart reports and bespoke interactive reports are separately scoped deliverables.

Programme dashboards

A consolidated view of sample tracking, data coverage, analytical progress and quality findings where included in the scope. A dashboard complements the technical report and its interpretation.

3D visualisation

Explore core imagery and selected subsurface data in a wider spatial context. Dataset preparation, platform requirements, licensing and access arrangements are defined separately.

LABORATORY PROGRAMME CONTROL

Sample custody and data registers

Track sample receipt, analytical allocation, laboratory progress and outstanding items. Maintain a structured register of raw and interpreted data, metadata, reports and revisions throughout the programme.

Technical QA/QC and integration

Check completeness, sample identity, depth alignment, units and calculations. Record exclusions, corrections and deviations, and use cross-plots to assess consistency between complementary measurements.

Final technical issue

Deliver a controlled data index and integrated report covering methods, coverage, quality findings and interpretation limits. Findings presentations and technical close-out meetings can form part of the agreed delivery.

Traceable evidence.
Clear limitations.

Common sample identifiers, depth references, units and revision records help teams navigate the data. Missing intervals, excluded measurements and interpretation assumptions should remain visible alongside the results.

Public examples use only material approved for demonstration.

How does your team
need to use the results?

Discuss reporting requirements ↗