Slalom, a global consulting firm that works with organizations on strategy, technology, and people-focused design, partnered with an international energy infrastructure company to modernize how pipeline security is managed.
The project emerged following incidents of unauthorized activity along the company’s pipeline network, which revealed limitations in traditional inspection methods. Existing processes relied on scheduled aerial patrols and monthly truck-based inspections, which left gaps in coverage and delayed detection.
To address this, Slalom developed a satellite-based monitoring system that provides continuous surveillance across pipeline routes. The system uses computer vision to compare satellite images over time, identifying even minor changes that may signal interference, encroachment, or other risks.
The platform includes automated alerts, a monitoring dashboard, and a two-tier resolution model that balances wide-area coverage with the ability to zoom in on areas of concern. Alerts are delivered via SMS and integrated into the client’s operational workflows to support faster response times.
Slalom worked closely with the client’s security and operations teams throughout the development process. The solution was delivered as an eight-week proof of concept that included a demonstration dashboard and working change detection algorithms. The project also involved collaboration with satellite image providers and a review of past pipeline integrity data to ensure the system addressed known vulnerabilities.
A key learning from the project was that many physical security challenges stem not from a lack of technology, but from outdated monitoring practices. By shifting to a system that operates continuously and automatically, the client moved from a reactive approach to one focused on early detection and prevention.
The outcomes included reduced response times, a decrease in manual inspection hours, and improved visibility into pipeline conditions. The system also provided supporting data for regulatory compliance and maintenance planning. While specific cost savings were not disclosed, internal estimates suggest that preventing even a single incident could avoid significant operational and reputational impacts.
This project is one of several where Slalom is working with critical infrastructure providers to apply digital tools in practical, operational contexts.
This article is part of Innovation+ in the Plus 15, a special editorial series from the Calgary Innovation Peer Forum and Digital Journal that explores how Calgary-based companies are innovating.
