Designing pipeline corridors is a critical constraint in physical pipeline development. Each corridor must be laid out alongside existing utilities (such as power, telecommunications and water) through private property, while meeting engineering standards and managing landowner obligations tied to the right-of-way footprint. Before this engagement, corridor design was a manual, expert-driven process requiring intensive constraint solving and exception handling against complex internal engineering regulations. Each corridor design typically consumed two senior engineers for 10–14 days, limiting throughput and increasing audit and error risk.

Buckham & Duffy was engaged as lead technical architect and delivery partner to automate corridor design and convert a bottlenecked manual workflow into a scalable platform capability. A full-stack web application was designed and delivered with an architecture optimised for rapid progression from proof-of-concept to production. The platform prioritised real-time responsiveness for end users, robust validation and integration with existing engineering tooling.

To fit into existing workflows, the platform supported bulk CSV import for integration with existing engineering tools and a validated manual entry interface for exception handling and complex cases. All layouts were version-controlled and logged, supporting full auditability and traceability.