The situation.
The global telecommunications landscape demands near-impeccable service reliability when servicing large-scale enterprise clients, whose networks form the backbone of modern business operations. Our client was facing a significant erosion in customer satisfaction as their project delivery portfolios became increasingly complex. Because each connection and maintenance requirement had to be tracked through massive, multi-phase project lifecycles, a dangerous disconnect emerged between the sales teams selling these services, the technical teams attempting to deliver them, and the support functions trying to maintain them. This fractured relationship meant critical information was lost during handovers, leading to delayed issue resolution, declining service quality, and a tangible drop in their Net Promoter Score.
The approach.
Our team initiated a three-month continuous improvement discovery anchored entirely on the customer journey blueprint. We began by pulling quantitative data to map how conversion rates, operational effectiveness, and resolution capabilities were degrading at specific lifecycle nodes. To complement this, we conducted extensive qualitative research, interviewing employees directly responsible for delivery alongside several of the client's most critical enterprise customers to understand their root frustrations. We then convened all involved parties within a single workshop setting, forcing cross-functional teams to trace issues upstream and downstream through daily operations. This allowed us to surface problems that existed at the intersections between departments rather than solely blaming individual functions.
What we discovered.
Mapping the full lifecycle exposed an alarming lack of compliance with standard project management practices - roughly 40% of active initiatives were deviating from agreed-upon frameworks. Because there were no quality stage gates during the early requirements process, flawed instructions trickled down to execution teams. Our data analysis also revealed that nearly 60 in-flight projects already held the tools needed to fix many of these broken handoffs if their scope was slightly expanded by leadership. The discovery highlighted two distinct types of waste: massive missed savings of roughly $5 million tied directly to requirements processing, and about $3 million bleeding through in forecast-versus-actuals budgeting inaccuracies caused simply by teams failing to adhere to good project governance.
What was changed.
Acting on these discoveries, we helped the client's leadership establish immediate quality stage gates at the front end of their project requirement process. Rather than waiting for new tool rollouts or structural overhauls, we recommended leveraging and expanding existing in-flight projects to tackle upstream data loss and downstream execution failures simultaneously. Gaps that still required entirely novel solutions were channeled into the client's formal ideation framework to ensure proper problem definition before investment. We transitioned the focus from fixing individual tickets holistically to fixing the systemic handover procedures across sales, delivery, and support, thereby creating a unified operating model rather than leaving fragmented teams to patch problems as they arose.
The benefits realised.
The structural changes delivered immediate, measurable financial and operational protection against further service degradation. By identifying and correcting poor compliance at the requirements stage, the client secured roughly $5 million in targeted cost savings while recapturing around $3 million previously lost to budgetary variances. More fundamentally, realigning the nearly 60 active projects gave operations leaders a true golden thread of visibility across delivery, meaning future project complexities would no longer fracture along siloed department lines. While full implementation was underway during the final months of this phase, early shifts in workflow already pointed toward a rapid stabilisation of their declining Net Promoter Score.