Pipeline integrity decision support

Find it sooner.
Fix it once.
Fund what matters.

Playing · pick one to stop

Scenario 1 of 10 · Time-dependent · Pressure: Compressor trip

Line 1

the gathering pad · Region 1

High: Compression dropped overnight and pad pressure is climbing.

How we found it

SCADA pressureCompressor runsPigging runs

Next: Propose a pig run on the gathering laterals.

VeriCorr's own NOW screen. Sample data.

One test station, start to finish

Find it sooner.

Caught when the data comes in, not at next year's survey. An agent checks every reading against its criterion, and the finding is on NOW with the history behind it.

VeriCorr NOW · Sample data

Line 3

TS-13 · STA 13+00 · Region 1

High: CP instant-off below criterion at TS-13.

Crossed its limit Mar 3 Instant-off at TS-13, V

How we found itEmittedCollectedPublic

Test-station surveysRectifier readingsGIS centerline

Next: Re-read TS-13 and check the rectifier.

Fix it once.

One trip, closed complete. The work order reaches the field technician's phone or tablet with the reading, the limit it crossed and the scope of work. It lists the readings, photos and notes to capture, and each one lands on the asset record.

VeriCorr field app · Sample data

11:06

Work Order

WO-2417AssignedIn ProgressCompleted

HighCP READING

Re-read TS-13 and check the rectifier.

Due Mar 6, 5:00 PM

Completed Mar 5, 11:06 AM

CP instant-off below criterion · Mar 3

Last reading: −0.72 V (threshold: −0.85 V)

Readings

Instant-off: −0.72 V

9:24 AM

On-potential: −1.05 V

9:25 AM

Rectifier output: 14.2 V, 6.1 A

10:15 AM

Photos & Videos

TS-13 · Line 3 STA 13+00

9:31 AM

CompletedStart TaskComplete Task

Fund what matters.

The money goes to the job the evidence supports. Every proposed job carries its cost and the risk it removes, and the cost decides who approves it.

VeriCorr NOW · Propose work · Sample data

×

Propose work · draft

Line 3

High · TS-13 · Line 3 STA 13+00 · Region 1 · from WO-2417

Problem

CP below criterion at TS-13 (−0.72 V against −0.85 V), over a coating holiday and a growing metal-loss feature under a power line crossing.

Evidence

WO-2417, Mar 5: −0.72 V confirmed, rectifier normal. DCVG: holiday at STA 13+00, 38% IR. ILI: 22% to 31% of wall at STA 13+02. AC: 9 V.

Suggested work

Dig at STA 13+02: measure the feature, recoat the holiday, evaluate AC mitigation, then re-read TS-13.

Work type

Other Work Assigned – Describe in Detail

The cost sets the level

Estimated cost

$

48,000

Level

Work orderApproved by the supervisor

Scoped jobApproved by the integrity manager

Assign to

Approved contractor

Due

Apr 10

Example thresholds: a scoped job from $10,000, a project from $100,000. The operator sets them.

Send for approvalCancel

Drafted Mar 6 from what an agent found in WO-2417, the DCVG survey and the two inspection runs. A person reviews, edits and approves it; nothing is dispatched on its own.

How it was found

The answer was in five datasets. They met at TS-13.

The annual survey, the inspection runs, the coating survey, the soil data and the strain data each held part of it, and each referenced the location in its own terms. Read together at TS-13, they became one finding.

Walk the line

CP, instant-off

−720 mV

Annual survey

ILI metal loss

31% wall

Two inspection runs

Coating, DCVG

holiday · 38% IR

Four coating surveys

Soil resistivity

800 ohm-cm

Wet and dry seasons

Strain

0.18%

From the inspection tool

Five datasets, one station, one clock. Sample data.

How we line up 66 kinds of data →

Agents assist. Your engineers decide.

The agent found it. The engineer decided.

One agent read all 120 stations against your criterion and handed over TS-13 with its evidence. Nothing went to the field until the engineer approved it.

The data

Every reading, on one record

120 test stations. Every one is read, not a sample.

The agent

One job, the operator's own rules

CP criterion agent

Your criterionInstant-off at −0.85 V or more negative

Checked: 120 of 120 stations
Crossed: 1, TS-13 on Line 3
Hands over: The finding, the readings behind it and a next step

The engineer

Reads the evidence and decides

High: CP instant-off below criterion

Line 3 · TS-13 · STA 13+00 · Mar 3

−0.72 V on Mar 3. It passed every year from 2021 to 2025. Next step: re-read TS-13 and check the rectifier.

Approved by the integrity engineer. Only now does WO-2417 go to the field.

One agent, one pass · Sample data

Today, your team asks and the assistant reads your whole record. Next, agents that watch it on their own. How agents work →

Where the decision goes

One decision, from the field to the boardroom

Every role works from the same record, each in its own view. The engineer decides, finance funds it, the crew does it, compliance has its proof, and the executive sees the risk come down. No side spreadsheets.

Engineering

Live

Core and Decision Support · Is it real, and what should go out?

High · CP instant-off below criterion · TS-13, Line 3

Found
By the CP criterion agent: −0.72 V on Mar 3, after passing every year.
Behind it
A coating holiday and a growing feature under a power line crossing.
Decided
The engineer approved the re-read, then proposed the dig.

Finance

Roadmap

Financial Planning · Do we fund it, and from which budget?

Dig and recoat, STA 13+02Approved Mar 9

$48,000 · scoped job · approved by the integrity manager

Operating budget, this quarter

Spent 58%+ $48,000 allocatedCapital: unchanged

The ask
The engineer's proposal, with the evidence and the cost attached.
Go ahead
Funded from operating, this quarter. Capital is not touched.

Operations

Live

Core: work orders and the field app · Where do my crews go first?

Crews out
Three today; C1 is at TS-13.
Closed
WO-2417, Mar 5, with readings and a photo.
Next
The funded dig at STA 13+02: one crew, Apr 7.

Field

Live

Core: the field app · What do I do here, and how do I prove I did it?

Instant-off read at TS-13Signed

−720 mV · confirms the Mar 3 reading

Rectifier output checkedSigned

Counts as the rectifier check compliance needs

Photo of the test stationAttached

Stamped who, when and where

Today
WO-2417 at TS-13, Mar 5: the steps, the station's history and the map, on the phone.
No signal
It works offline and syncs when the phone does.
Done
Signed on the phone, it lands as TS-13's history and as compliance's evidence.

Compliance

Live

Compliance & Assurance · Can I prove each one was met?

Rectifier checkSigned Mar 5

Six times each calendar year · WO-2417 is the evidence

Annual survey, every test stationin 4 months

Line 3 · TS-13 re-read Mar 5

Atmospheric inspectionOverdue 9 days

One road crossing · no record since 2023

The evidence
The completed work order: who went, when, what they read.
Signed
By the technician in the field and the engineer who closed it.

Environmental

Roadmap

Environmental · What does the work touch?

Crossing reviewed
Right-of-way terms
Spoil plan
Restoration photos

Before
The crossing and the right-of-way, on the same asset record.
After
The restoration photos close it, from the same field app.

Management

Roadmap

Every package · Is the risk going down, and what did it cost?

Line 3 risk, after the dig

LowLine 3, from High

$48,000Planned, in budget

0Unplanned outages

The result
Line 3 drops from High to Low. The feature is measured, the holiday recoated, TS-13 back in criterion.
What it saved
Fixed on a plan, at a known cost, before it could become an unplanned repair and an outage.

One decision, seven views, one record: every row traces back to TS-13 · Sample data

See what each package adds

Start small

Start with what is already in reach

01

From the public record

Your footprint and a gap report, before you send us anything of your own.

02

Your GIS

The centerline as you hold it, with your own names and stationing.

03

Your operating data

SCADA, surveys, rectifier records and inspection runs. We take them in as fast as you can send them.

We build on what you already have, one layer at a time.

Tell us which part of the company you are solving for.

Get started

Find it sooner.Fix it once.Fund what matters.