Book a demo

AI super-resolution for the subsurface

Turning subsurface data into opportunity

Rezlytix turns the seismic you already own into super-resolution data, revealing the thin beds, faults and reservoir detail that legacy surveys can't resolve, in weeks rather than a new survey.

Book a demo Explore our technology
Real data. A seismic section beside a well: legacy seismic against Storm 3.0 super-resolution, on a loop.

  • Enhanced resolution

    Reveal thin beds and subtle geological features.

  • Finer stratigraphic detail

    See more from the seismic you already own.

  • Clearer fault and fracture identification

    De-risk exploration and development decisions.

  • 7,500+ km²of seismic data analysed
  • 316+wells used for guidance
  • 2.9 MMbbl+reserves estimated
  • up to 5xsuper-resolution uplift

Recognised and backed by

  • Microsoft
  • Shell E4
  • Baker Hughes
  • Faazmiar Technologies

DIME

Deep Information Maximization Engine

Super-resolution technology
that reveals geology not seen before

DIME uses vision-AI foundation models and your well data to add information to 3D volumes: bias- and assumption-free deep learning for simultaneous seismic and property modelling, with multi-band information injection for greater accuracy.

How DIME works

Same data. A deeper tomorrow.

  • Higher resolution

    Up to 5x super-resolution outputs from low-resolution inputs.

  • Multi-band information injection

    Well information is injected across frequency bands to lift detail between the wells.

  • AI-powered modelling

    Simultaneous seismic and property modelling with deep learning.

  • Improved interpretation accuracy

    Sharper horizons, faults and thin beds for the interpreter.

As the subsurface
comes alive

Drag across a real seismic section. Left: the legacy seismic. Right: the same line after Storm super-resolution.

Storm super-resolution Legacy seismic Storm super-resolution

  • Reveals hidden geological structures

    See what legacy seismic misses.

  • Brings out finer stratigraphic detail

    Sharper imagery, clearer context.

  • Enables more confident decisions in exploration

    Reduce risk and unlock new opportunities.

Up to 5×

Case study · Chandon Field

Information content with Storm super-resolution

Read the case study

Try it

Why thin beds disappear on legacy seismic

Open the interactive wedge

Our products

Deep-learning products
for sharper subsurface decisions

Nine products, one engine. Every product runs on DIME.

Log.AI

Recover missing log information

Learn more

Enhance.AI

Structural & stratigraphic enhancement

Explore

Wedge 2.0

Super-resolution spectral decomposition

Explore

Storm 3.0

Super-resolution seismic imaging

Explore

SAQI

Super-resolution pre-stack seismic imaging

Explore

Strike

Super-resolution inversions

Explore

Fault.AI

AI-driven 3D fault geometry mapping

Explore

Strat.AI

AI-driven super-resolution horizon cube

Explore

Prolytix

Mature-field redevelopment intelligence

Explore

Compare all products

See it on your own survey before you commit

  • No new acquisition
  • Results in weeks
  • Guided by your wells
Book a demo Reacquire vs reprocess vs Rezlytix

Solutions

End-to-end services for your data

Super-resolution-backed reservoir models deliver more actionable insights, from processing to development planning.

Explore solutions Products
  • 5xhigher resolution
  • 7,500+km² seismic analysed
  • 316+wells used for guidance
  1. One seismic line split down the middle: legacy seismic on the left, the same line after Storm 3.0 super-resolution on the right, with more, thinner reflections.

    Imaging & data processing

    Super-resolve and enhance legacy 2D and 3D seismic.

    Products: Storm 3.0 · Enhance.AI

  2. Strike super-resolution impedance section: thin, sharply separated layers.
    Fault.AI fault surfaces on the public F3 survey (Dutch North Sea), one colour per fault, shown in 3D with seismic sections.
    Strat.AI horizon cube on a seismic section: colour shows relative geologic time, with two horizons extracted from it.

    Modelling & interpretation

    Inversions, faults and horizon cubes at super-resolution.

    Products: Strike · Fault.AI · Strat.AI

  3. A Prolytix 3D reservoir volume with well trajectories above it.
    A Prolytix property section along the reservoir with an optimised well path.

    Field development planning

    Locate remaining oil and gas and optimise well paths.

    Product: Prolytix

  4. AI software development

    Bespoke AI built on DIME and our IRA platform.

    Built on: DIME · IRA

Fault surfaces in 02. Data: F3 Netherlands, dGB Earth Sciences (TerraNubis), CC BY-SA 3.0.

A team fitting puzzle pieces together around a meeting table.

Build AI

Custom AI software,
built for your workflow

Bespoke AI software built around your requirements and your data, for subsurface, drilling and production workflows. It does not have to involve super-resolution.

  • DIMEDeep Information Maximization Engine
  • IRADeep learning platform
Build AI with us

Redefining the horizons of energy exploration with artificial intelligence

Send us a small part of a survey and see your own data in super-resolution before you commit.

Book a demo Explore our technology