Pipeline Geospatial Intelligence

About i-cetech PROS

i-cetech PROS delivers AI-powered pipeline route optimisation and integrity monitoring for oil and gas operators. We combine GIS, geotechnical and geohazard intelligence, and real-time sensor data to support safer routing decisions and faster operational response.

Our map-first workflow helps teams compare corridor options with clear constraint metrics, model geohazard exposure, and translate telemetry into explainable events that can be prioritised with risk context. Outputs are traceable and exportable for reporting, permitting support, and integrity audits.

Talk to us See the technology
Route Optimization Real-time Monitoring Risk Prioritization
Pipeline corridor maps, geohazard layers, and real-time integrity dashboards
Map-first workflow: routing, hazards, and events in one operational view.
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What We Build

A map-first decision system for pipeline routing and integrity operations

Route Optimisation and Corridor Planning
Compare route options using weighted constraints and cost surfaces across terrain, land use, protected areas, slope, hydrology, settlements, and right-of-way restrictions.
Geotechnical and Geohazard Intelligence
Integrate geotechnical layers and geohazard indicators to identify exposure to landslides, erosion, subsidence, flooding, scour, and ground movement along corridors and existing assets.
Real-Time Monitoring and Event Detection
Convert sensor streams into explainable events with location, severity, and recommended response, supporting remote triage and faster decision-making.
Asset and Risk Database
A structured data layer that links the pipeline network to risk drivers and operational history.
  • Asset registry with geometry, segments, stations, valves, and metadata
  • Event log for alarms, anomalies, inspections, and maintenance actions
  • Risk modelling inputs and outputs stored for traceability and audits
Risk Modelling and Prioritised Worklists
Risk-informed prioritisation that supports integrity management programmes.
  • Segment-level scoring using likelihood and consequence context
  • Anomaly trend tracking and time-dependent risk signals
  • Ranked actions for inspection, mitigation, and maintenance planning
Our Mission
To help oil and gas pipeline teams make safer and faster decisions by integrating routing, geohazard context, and real-time monitoring into one operational geospatial workflow.
  • Deliver decision-ready corridor comparisons for routing and stakeholder discussions
  • Turn telemetry into explainable events that support remote integrity response
  • Enable risk-informed prioritisation using integrated asset history and spatial context
Our Vision
To be a trusted benchmark for practical AI in pipeline integrity management where route decisions and operational actions are transparent, traceable, and backed by evidence.
  • Map-first workflows that integrity teams actually adopt
  • Clear severity and prioritisation logic that operators can explain
  • Audit-friendly reporting built into daily integrity operations

Core Values

How we build and how we deliver

✅
Clarity over complexity
We prioritise explainable outputs: what happened, where, severity, and the next action.
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Defensible decisions
Constraint metrics and scenario comparisons make trade-offs clear for stakeholders and audits.
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Integration-first
We design for real systems: GIS layers, SCADA telemetry, inspection data, and integrity workflows.
🛡️
Safety and reliability
Monitoring and prioritisation are built to reduce risk and support integrity programmes.
🗺️
Map-first thinking
Spatial context is the backbone for routing, monitoring, and integrity reporting.
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Traceability
Every event and decision should be exportable and reviewable for audits and continuous improvement.
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