Pipeline integrity management has historically focused on asset degradation — corrosion modeling, leak detection, and mechanical integrity assessments. While these remain vital, recent evidence shows that external interference and third-party activity now represent some of the most acute risks to pipeline safety. Yet much of the industry’s monitoring spend and regulatory frameworks remain optimized for yesterday’s risk profile.
The risk landscape, however, is shifting. Urban expansion and infrastructure development are bringing more activity closer to corridors. Operators also face rising deliberate attacks on critical energy assets and greater exposure to natural hazards due to extreme weather. Together, these forces create a new class of dynamic risks that conventional patrols and inspections are ill-equipped to capture.
Against this backdrop, operators must strengthen their integrity programs — and new technologies, particularly satellite-based intelligence and AI-driven risk detection, enable monitoring of evolving human and environmental activities around pipeline corridors, from construction and land-use change to unauthorized excavation.
To ground this discussion, we will present a case from a leading UK pipeline operator. Sample findings illustrate the limits of traditional methods: out of 71 events detected within one pipeline section over three months, 68 were missed by helicopter patrols but captured through an always-on, satellite-powered monitoring. Of these, 35 were classified as high-risk, including one potentially catastrophic incident. Extrapolated across the network, this translates to a risk reduction valued at £2.7M per 1,000 km annually.
The session will also highlight how the operator addressed regulatory changes that reduced oversight and growing risks in high-consequence areas. Participants will gain insights into how continuous monitoring can reduce risks, cut costs, improve operational efficiency, and streamline compliance — and leave with data and practical frameworks to rethink integrity management and prepare for the external risks most likely to define pipeline safety in the decades ahead.