In pipeline operations, small adjustments can have system-wide consequences. Managing flow rates, power limits, and injection parameters across multiple stations demands not only precision, but the ability to adapt quickly and confidently. That was the reality for a major North American pipeline operator, where engineering teams work in a high-stakes environment where operational accuracy and speed of change are mission-critical.
As part of a broader modernization initiative, the organization partnered with Intelbyte to replace a legacy system with a scalable low-code solution built on the Microsoft Power Platform.
The challenge
The client’s existing pipeline parameter management system was a pro-code legacy application built on an aging architecture that no longer met the demands of a modern operations environment. Leadership made a strategic decision to modernize the platform, replacing it with a scalable low-code solution that would integrate with their existing Microsoft and Azure ecosystem.
Growing requirements for mobile access, long-term scalability, and tighter alignment with the broader Microsoft ecosystem made it clear that a full platform modernization was the right path forward.
The approach
Intelbyte partnered with the client to design a solution that placed operational control directly in the hands of engineers without sacrificing governance, auditability, or compliance. Intelbyte proposed a full platform replacement built natively on Microsoft Power Platform.
Real-Time Operational Control
Intelbyte designed and delivered a tailored Power Apps canvas application integrated with Dataverse and Azure Databricks. Engineers can view and update flow rates, power limits, and injection coefficients directly within the app, individually or across multiple stations simultaneously, in real time or on a schedule.
Full Audit Trail and Validation
Every change is validated at input, logged with contextual comments, and stored in Dataverse, giving operations managers a complete and searchable history of every parameter change made.
Results
The solution fundamentally changed how the client’s engineering team operates day to day. Engineers manage parameter changes independently, eliminating developer queues for routine operational updates entirely. The client can act on field conditions immediately or schedule changes in advance, with no manual handoffs required. Approved changes flow automatically from the Power App to SCADA systems through Azure Databricks.
The platform also positioned the client for long-term scalability. As operational complexity grows, the solution is built to accommodate additional stations, users, and workflows without architectural rework. The shift from a fragmented legacy system to a unified Microsoft Power Platform environment has given the operations team a foundation they can build on.