The platform for modern completions teams.

Fewer screen-outs, faster history matches, and a decision trail your finance team can defend — powered by a physics-first workbench that runs from the office to the frac truck.

500+

Physics libraries

3,000+

Drift-guard tests

100%

Browser-native

Pilot access · No credit card · We won't spam you

Customer briefing · 2026

Recently shipped

Cross-well pressure tomographyLive inter-well permeability map from offset gauges.Multi-well pad artificial liftGas-lift · ESP · rod · plunger screening with shared-compressor allocation.Rate-and-state induced-seismicityDieterich-Ruina traffic-light on top of the Mohr slip-tendency map.

What's new →

01 · The shift

Frac software is stuck in the past.

The operating environment has moved to real-time, multi-pad, data-rich decisions. The tooling still behaves like disconnected desktop files.

Black-box models

Hard to audit what ran, what was approximated, and why the recommendation changed.

Desktop bottlenecks

Single-seat workflows, local files, manual handoffs, slow collaboration.

Stale calibration

DFITs, microseismic, DAS, and live pressure rarely feed the next design automatically.

AI without physics

LLMs can summarize reports, but they do not steer the stage or defend the math.

02 · One platform

One workbench for the completions stack.

Wellbore Genius unifies design, live operations, physics-grounded AI, history matching, economics, and assurance. Fewer handoffs. Faster decisions. A single source of truth from planning to post-job review.

Design

Engineer the well

Builder, DFIT, non-planar 3D solver, frac options, proppant schedules, scenario diff + blame, design copilot.

Operate

Run the job live

WITSML / WebSocket / REST / DAS / DTS streams, plan-vs-actual, ISIP, Nolte-Smith, DAS → pump closed loop, screen-out advisory.

Calibrate

Match the rock

Rolling history match, thermo-poroelastic tensor, trust gates, field validation, fleet-prior tightening.

Deliver

Defend the decision

PDF, CSV, RESQML EPC + validator, WITSML, MRV, audit log, cell-level blame, model provenance card.

03 · What asset teams get

A new operating system for completions performance.

Faster design cycles

Run sensitivities, compare scenarios, and branch designs in one workbench — with a physics-grounded AI copilot inside ⌘K.

Lower stage risk

See plan-vs-actual drift, net-pressure behavior, and screen-out signals while the job is still controllable.

Pad-to-pad learning

Every DFIT, live stage, microseismic event, and post-job result tightens the next design.

Defensible decisions

Versioned inputs, cell-level blame, RESQML-validated exports, traceable model provenance, and exportable audit trails.

04 · The workflow

From last pad data to next pad advantage.

Import

Surveys, LAS, DFIT, microseismic, telemetry.

Build

Stage design, fluid, proppant, constraints.

Simulate

Scenario compare, sensitivities, economics.

Pump

Live overlay, ISIP, DAS/DTS, advisory.

Learn

History match, trust gates, next design.

Every cycle improves the next one: design → operate → calibrate → optimize → assure.

05 · For the people who sign the AFE

Built for the economics conversation.

Every physics decision propagates to the cascade your asset team actually defends — NPV, IRR, EUR, $/bbl, screen-out exposure.

Fewer

screen-outs

Live perforation erosion, dune-banking, and limited-entry advisors — before the pump trips.

Open module

Tighter

EUR bands

Probabilistic Arps + Blasingame produce honest P10/P50/P90 your finance team can defend.

Open module

Defensible

$/bbl

Five-tab cascade: DCA → uplift → NPV/IRR → ESG → tornado. Every input is traced.

Open module

05.5 · Latest advances

Recently shipped, hard to match.

The competitor-gap backlog we closed this cycle — now live in the workbench.

Non-planar 3D fracture solver

Out-of-plane tilt, T-junction reconvergence, and a Results scoreboard competitors still treat as 2-D approximations.

Learn more

FDI bidirectional loop

Parent depletion Δσ_h feeds back into child-frac growth every timestep, with SWPM residual → pump-rate advisory.

Learn more

Live+ diagnostics pack

Step-down inverter, entry-friction P10/P50/P90, DFIT pre-closure classifier, and a fluid-front animator on /live-pumping.

Learn more

Driller's Copilot + Voice-First

Voice-driven advisories at the frac van — hold, rate-cut, and advance-stage calls without a keyboard.

Learn more

Thermo-poroelastic stress tensor

Full Δσ_h/H/v plus off-diagonal shear, driven by time-varying thermal patches for depleted-parent frac hits.

Learn more

EDFM + MINC hybrid solver

Embedded DFN and multiple-interacting-continua transfer in a single linear-system solve — near-fracture physics without an explicit DFN blow-up.

Learn more

Cross-well pressure tomography

Theis line-source superposition + LM inversion turns offset gauge pressures into a live inter-well permeability map.

Learn more

Microseismic moment-tensor inversion

Aki-Richards moment tensors, Vavryčuk ISO/DC/CLVD decomposition, and Brune-radius discs feed straight into the DFN.

Learn more

Multi-well pad artificial lift

Gas-lift · ESP · rod · plunger screening with pad-level compressor allocation on a single greedy water-fill.

Learn more

Rate-and-state induced-seismicity

Dieterich-Ruina stability classifier + traffic-light chip paired with existing Mohr slip-tendency for injection planning.

Learn more

Regulatory pack v2

Subpart W CH₄, OGMP 2.0 L4/5, CO ECMC CIDER, NM_OCD TLP, and CA LCFS exports wired into the existing MRV ledger.

Learn more

RESQML EPC export + validator

Petrel-ready EPC bundles with deterministic XML, CRS pointers, and structural validation before any file leaves the browser.

Learn more

DAS → pump closed loop

Live advisory hold, rate-cut, and advance-stage calls from DAS cluster efficiency while the pumps are running.

Learn more

06 · How we compare

A physics-grounded, browser-native, auditable decision layer.

Capability

Legacy desktop

Cloud dashboard

Wellbore Genius

Non-planar 3D fracture solver

—

partial

Yes

Full thermo-poroelastic stress tensor

—

Yes

RESQML EPC export + validator

—

partial

Yes

Versioned scenario diff with cell-level blame

—

partial

Yes

Live DAS → pump closed loop

—

partial

Yes

Physics-grounded AI copilot

—

Yes

Solver model card + drift-guards

limited

—

Yes

Browser-native, zero install

—

yes

Yes

CO₂ + induced-seismicity assurance

add-on

—

Yes

07 · The modules

Every tool a frac asset team needs.

Builder

12-panel job authoring

DFIT

G-function + Δp/Δt

Parent-child

Frac-hit & poro tensor

Non-planar 3D

Tilt, kink, T-junction weld

Live Pumping

Plan vs actual + DAS

RTA

Blasingame / Agarwal-Gardner

Economics

NPV · IRR · uplift

CCUS-MRV

Subpart RR reports

Mohr / fault

Slip tendency + RSF

Refrac

Diversion designer

Artificial lift

Gas-lift · ESP · rod

Coiled tubing

Reach, buckling, snubbing

Geosteering

Well-placement optimizer

CO₂ storage

Plume + caprock seal

AI copilot

Physics-grounded ⌘K

See full capability matrix

Let's run a pilot

Bring one pad.
We'll bring the physics.

We're working directly with a small group of unconventional operators. Tell us where you frack and we'll be in touch.

The platform for modern completions teams.

Frac software is stuck in the past.

One workbench for the completions stack.

A new operating system for completions performance.

From last pad data to next pad advantage.

Built for the economics conversation.

Recently shipped, hard to match.

A physics-grounded, browser-native, auditable decision layer.

Every tool a frac asset team needs.

Bring one pad. We'll bring the physics.

Bring one pad.
We'll bring the physics.