Pipeline Integrity Solutions | Connected Asset Intelligence

Solutions

VeriCorr provides decision support solutions that help infrastructure owners and operators manage integrity, operations, and compliance across the lifecycle of pipeline assets.

The platform is designed to correlate diverse datasets spatially and temporally so that decisions are made with full context, traceability, and defensibility. While VeriCorr supports the full asset lifecycle by design, its primary focus today is pipeline asset integrity during operations.

Pipeline Asset Integrity Decision Support

Primary focus today

VeriCorr’s core solution supports pipeline integrity programs operating under increasing data volume, regulatory scrutiny, and operational complexity.

The platform correlates integrity, corrosion, inspection, repair, environmental, and geohazard data at the segment and site level. By aligning these datasets in both location and time, VeriCorr enables integrity teams to prioritize inspections, excavations, and mitigation activities based on convergent evidence rather than isolated data sources.

Key capabilities include:

Correlation of CP, ILI, inspection, repair, and environmental data
Integration with ILI and RMU vendor systems via API for near-real-time updates
Location-based risk prioritization tied to asset and consequence context
Field execution support for integrity-driven work orders
Preparation of defensible evidence sets for audits and regulatory review

This solution reduces time spent assembling data, lowers the risk of missed information, and supports repeatable, reviewable integrity decisions.

Lifecycle-Spanning Asset Support

VeriCorr is designed to persist with an asset over time, preserving context as data volume, fidelity, and confidence increase.

Planning, Routing, and Right-of-Way (ROW)

During early planning and ROW development, VeriCorr supports organization and correlation of route, land, environmental, and geospatial data

Capabilities include:

Centralized management of route and ROW information
Capture of planning assumptions and decision rationale
Field app support for ROW surveys and observations
Early establishment of asset context that carries forward into later phases

Early-stage data is preserved as baseline context, not discarded as assets mature.

Design and Post-FEED Continuity

As projects progress through design and post-FEED stages, VeriCorr maintains continuity between engineering intent and future operations.

This reduces information loss between project phases and supports defensible decisions throughout the asset lifecycle.

Capabilities include:

Organization of design, material, coating, and alignment data
Correlation of design assumptions with geospatial context
Preservation of design rationale for later operational reference

Construction, Commissioning, and Handover

VeriCorr supports data capture and correlation during construction and commissioning to establish a defensible operational baseline.

Early field and execution data remains usable throughout operations.

Capabilities include:

Field app support for construction inspections and commissioning activities
Capture of as-built data, photos, and field observations
Tracking of work execution and labor activity
Structured handover of records to operations teams

Lifecycle Extension and Re-assessment

As assets age, VeriCorr supports re-evaluation and lifecycle extension by maintaining continuity of historical data and decision context.

Capabilities include:

Longitudinal analysis of inspection, CP, and repair trends
Re-assessment of integrity risk as new data becomes available
Ability to revisit and defend prior decisions with improved information

Decommissioning and Abandonment

At end of life, VeriCorr preserves the full historical record of an asset.

This reduces reliance on fragmented archives and institutional memory.

Capabilities include:

Consolidation of inspection, repair, incident, and compliance records
Support for decommissioning planning and documentation
Preparation of defensible records for post-service regulatory review

Role-Based AI Decision Support

VeriCorr includes a role-based, AI-driven decision support interface that allows users to interact directly with correlated data.

The AI interface retrieves, summarizes, and contextualizes authorized information within the platform, reducing the need for manual data gathering while preserving transparency and traceability.

Access is governed by role-based permissions and tenant isolation. All interactions respect the same security, access, and audit controls as the rest of the platform.

Field Operations and Execution

VeriCorr includes a mobile field application that connects boots on the ground directly to office-based teams.

The field app supports:

Planning, ROW, construction, operations, and decommissioning activities
Task assignment by asset, segment, or site
Capture of readings, photos, notes, and observations
Automatic time and location context
Scheduling of employees and contractors
Labor hour tracking tied to work orders and assets

Field data becomes governed operational records linked directly to decision context.

Integrated Data Connectivity

VeriCorr is designed to integrate with the systems operators already use.

The platform can ingest and correlate data from:

Integrity and inspection databases
ILI and RMU vendor systems via API
ERP systems via bi-directional APIs
GIS platforms and geospatial datasets
Spreadsheets and legacy data sources
Drone imagery and inspection data
Environmental and geohazard datasets

As data diversity increases over time, correlations deepen and decision support improves.

Regulatory Enablement and Reporting

VeriCorr supports regulatory and government enablement by preserving operational evidence across the asset lifecycle.

Capabilities include:

Capture of operational communications as part of the asset record
Assembly of traceable evidence tied to assets and work orders
Preparation of review-ready reports and regulatory templates

Reports and filings are produced in final-draft form for engineering review, editing, and submission, reducing preparation time, cost, and audit risk.

Connected Asset Intelligence

An integrated approach enabling informed choices by unifying engineering, field, and historical information with accountability across long-term network performance.

Solutions

Pipeline Asset Integrity Decision Support

Lifecycle-Spanning Asset Support

Design and Post-FEED Continuity

Construction, Commissioning, and Handover

Lifecycle Extension and Re-assessment

Decommissioning and Abandonment

Role-Based AI Decision Support

Field Operations and Execution

Integrated Data Connectivity

Regulatory Enablement and Reporting

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