Boeing

Align Enterprise Systems Across a Global Supply Chain

When Boeing's Supply Chain Went Silent

Building a revolutionary aircraft across a worldwide supply chain is hard enough—but when partner computer systems can't talk to each other, the entire program stalls.

The Boeing 787 was built differently; instead of manufacturing everything in-house, Boeing distributed major production across global partners. It was a supply chain model as innovative as the aircraft itself, but when the breakdown occurred, it was systemic. Partner computer systems across multiple countries weren't built to talk to each other. Data flows that the program depended on became unreliable, delays compounded, and the rollout was at risk. Boeing needed 30 IT leaders to stop reacting and start solving together.

Management Pro Role

We led a structured working session to give this diverse group of technical experts a common framework. The problem was too large and interconnected for any single team to solve alone. The session opened with the Logical Framework Approach — a methodology built for exactly this kind of complexity. Participants used it to move from a tangled problem to a clear map of causes, objectives, and outcomes, and the fog lifted.

The group divided into three working teams, each focused on a specific integration challenge. The LogFrame served as a shared scaffold, ensuring solutions developed independently would connect into a coherent whole. There were no siloed fixes and no overlapping assumptions.

Outcome

The teams delivered an integrated solution that addressed the technical and procedural gaps driving the communication failures. Boeing implemented the approach, information flows were restored, and the 787 program moved forward.

The LogFrame served as a shared scaffold, ensuring independently developed solutions fit a coherent architecture. Integration assumptions were surfaced and tested before being embedded in code or procedure. The teams delivered an integrated solution addressing both technical and procedural gaps. Information flows were restored, and the 787 program regained forward momentum.

Lessons Learned

The breakdown was not a technical failure; it was an unmapped dependency chain across global systems. Data exchanges assumed compatibility that had never been explicitly architected.

Complex execution fails quietly when dependencies remain implicit. Make them explicit, and integration becomes manageable.