Data to Decisions · Powered by AI

The Operating System for Oil & Gas.

SolvxAI delivers dynamic engineering intelligence. It brings data, engineering disciplines and people into a shared environment to investigate complex problems and support decisions across the asset lifecycle.

Across the asset lifecycle

  1. 01 · AcquisitionIs the asset worth the bid?Land, reservoir and commercial evidence brought together before capital moves.
  2. 02 · DevelopmentHow should wells be spaced and completed?Subsurface, drilling and completion perspectives reconciled into one development case.
  3. 03 · OperationsWhy is production declining faster than forecast?Reservoir behavior, completion design and operating conditions investigated together.
  4. 04 · DivestmentWhat value remains in the ground?Remaining volumes and value traced back to the evidence a buyer will review.

Now computing

Archie & dual-water saturationPetrophysics

Specialists on call

Reservoir Engineer

Dynamic engineering intelligence

From data to decisions, in one shared environment.

01Engineering intelligence

More than the question being asked.

SolvxAI works out what an answer depends on before it gives one.

1Establish which datacan support an answer2Recognize the dependenciesbetween disciplines3Identify what must beunderstood first4Reconcile the findings intoa traceable conclusionDATA INTELLIGENCE · THE FOUNDATIONStudy memoryKnowledge mapLineage & provenance

Interpreting information, preserving its context and maintaining confidence in the evidence as the work evolves.

02One investigation

One investigation, every perspective.

When production declines faster than forecast, reservoir, completion and operating perspectives are connected in one investigation that adapts as new evidence and questions emerge.

newevidencenewquestionsProductiondeclining fasterthan forecastReservoir behaviorRTA · pressure historyCompletion designstages · fluid · sandOperating conditionschoke · BHP · lift
  • Engineers bring their expertise
  • SolvxAI brings complementary specialist perspectives
03Shared understanding

People and AI, in one study.

Reservoir, completion, production and operations specialists work alongside AI in the same study and conversation.

SharedstudyReservoirCompletionAIAI specialistProductionOperationsAIAI specialist
  • Ask the relevant human expert
  • Challenge assumptions
  • Reconcile into a shared understanding

A common foundation for turning complex information and collective expertise into engineering decisions you can understand, review and act on.

For operators

Better-informed asset and operating decisions.

For service companies

Stronger engineering interpretation behind client deliverables.

For executives

Recommendations connected to the evidence, assumptions and reasoning that underpin them.

Operational
Reasoning
Business
Insight
Terminal

Orbit is listening

PETROPHYSICSRESERVOIRCOMPLETIONSPRODUCTIONDRILLINGGEOMECHANICS

You

“Which wells came off their type curve this month?”

Ask for the work

Speak the brief. It convenes whatever the question depends on.

Steer it mid-flight

Redirect a run while it is going, or stop it outright.

It remembers you

Every prior conversation carries across sessions.

It will see what you see

Next

Guidance from the view you are on, and the value in front of you.

Land & Legal

Know what you own before you spend a dollar on it.

What it does

  • Reads the lease the way your land team does — terms, obligations, expiries
  • Flags obligation and expiry exposure before it becomes a write-off
  • Screens acreage control and title across the position
  • Evaluates the deal before capital moves

The functions behind it

Lease & title reviewObligation trackingDivision ordersAcreage screeningA&D evaluation

The assessment

A clean-title position and a bid you can defend.

Petrophysics

Separate the resource from the producible reservoir.

What it does

  • Log quality control across every curve in the well file
  • Saturation, porosity, and net pay you can defend
  • Rock quality that says where the barrels actually are
  • Saturation-height grounded in your data, not a template

The functions behind it

Log quality controlWater saturationNet paySaturation-heightSource-rock evaluation

The assessment

Net pay you can take to volumetrics.

Geomechanics & Survey

Understand the rock before you trust the well.

What it does

  • Stress and pressure regimes mapped along the wellpath
  • Wellbore stability envelopes before the bit is on bottom
  • Fracture behavior predicted, not presumed

The functions behind it

Stress profilingPore-pressure predictionStability windowsBreakout & failure analysisFrac-gradient prediction

The assessment

A safe operating window and a fracture model grounded in stress.

Drilling

A well you can actually drill — safely, on schedule.

What it does

  • Casing and tubular design checked against every load case
  • Hydraulics and hole cleaning across the full trajectory
  • Torque & drag before the string is in the hole
  • Well-control margins that keep the operation honest

The functions behind it

Tubular ratingsHydraulics & hole cleaningDirectional surveyTorque & dragCementingWell control

The assessment

A drillable, certified well plan.

Completions

Design the stimulation the reservoir deserves.

What it does

  • DFIT interpretation grounded in the pressure record
  • Fracture geometry and proppant placement, stage by stage
  • Interference risk across offsets before you commit the pad
  • Cost trade-offs quantified, not guessed

The functions behind it

DFIT interpretationFracture geometryProppant selectionPerforation designMatrix acidizingSand control

The assessment

A stage-by-stage completion design with costs attached.

Production & Surveillance

From first flow to defensible forecast.

What it does

  • Rate-transient behavior read correctly, regime by regime
  • Decline and EUR with confidence you can take to reserves
  • Bottom-hole pressure from surface data, continuously
  • Artificial lift and operating envelopes tuned to the well

The functions behind it

Nodal analysisArtificial liftRate-transient analysisDecline & type curvesBottom-hole pressure

The assessment

A defensible forecast and an EUR that survives audit.

Operations at Field Scale

Hundreds of wells. Watched like one.

What it does

  • Standing watch on schedule — every 15 minutes to weekly
  • Every pad screened for exceptions, ranked by severity
  • Liquid loading caught before it costs you the well
  • Thousands of wells and scenarios screened in parallel

The functions behind it

Scheduled surveillanceException screeningLiquid-loading alertsIntegrity & HSE checksKPI variance

The assessment

A morning report that found the problems overnight.

Commercial

Numbers an investment committee can lean on.

What it does

  • Reserves-grade forecasts with the assumptions on the table
  • Valuation with sensitivities, not one fragile number
  • Acquisition and divestiture screening at portfolio speed

The functions behind it

Volumetrics & reservesValuation & sensitivitiesAcquisition screeningFiscal analysis

The assessment

An investment-committee-ready number.

One System

One system that comprehends the whole asset.

Everything you just scrolled through flows into a single intelligence — every discipline, every well, every decision — and comes back out as the deliverable you actually need: the reserves memo, the frac design, the surveillance report, the bid recommendation. Every number attributed. Every claim cited.

When disciplines disagree, it convenes them.

Specialists that ground themselves in your data, question each other, and converge — with disagreement surfaced to you, never papered over.

The moat

Three things a competitor can't copy.

01 · The boundary

An absolute data boundary.

SolvxAI runs in its own isolated instance — never on your machines, file systems, or terminals. Complete sandboxing, every access audited, permissions granted per project and revocable. And if you want the boundary absolute, host the entire instance yourself.

02 · The models

Model-agnostic. Purpose-built for oil & gas.

The latest frontier models from the leading labs. But this is more than swapping one model for another: you assign a model to each specialist and discipline — reservoir engineering can run on one model, petrophysics on another — and to the core system roles that plan, check and write up the work. And when you don't decide, the system does — intelligently matching the model and the reasoning depth to each job, so heavyweight thinking goes where it earns its cost and routine work runs lean. Economical and uncompromised, by design — something no off-the-shelf system pointed at the same models can reproduce.

03 · The memory

IP that compounds — and it's yours.

A knowledge map grows with every study — wells, fields, formations, reservoirs, leases, completions, operators, basins, plays and more, connected and explorable in 3D, timeline and sources views. Study memory keeps what was learned, decided, tried and rejected, and every report and deck carries the source graph it was built from. Most software depreciates. SolvxAI appreciates.

The toolchains

Shipped today. Built to grow.

Production Engineering Platform

Bottom-hole pressure, rate-transient analysis, decline & type curves, numerical simulation, and flow-path optimization — versioned, streamed live, AI-summarized.

Explore the platform

Pulse AI Workspace

The intelligence layer of the operating system — plans the work, runs the analysis, convenes the disciplines, and keeps what each study learned.

See how it works

Vault + Insights

A hardened, monitored home for the files behind every study — and a direct line to the product team with a 24-hour critical-issue commitment.

Talk to us

Governed by design

Full audit trail

Every action attributed — who, when, what.

Human approval gates

Consequential actions pause for explicit sign-off.

Admin control

Features and access dialed per organization and workspace.

Session monitoring

Every open tracked; access revocable at any time.