Scaling Agile at DeWu: The Type‑P Framework and PMO Evolution

This article examines how DeWu's technology team scaled from a few hundred engineers to a thousand‑plus organization and the role of the PMO in that growth.

It first outlines the challenges of rapid expansion—large team size, cross‑functional dependencies, and the need for sustainable delivery. The authors propose three guiding ideas: value orientation, small‑step rapid iteration, and a bi‑weekly sprint cadence.

Value orientation shifts focus from the traditional project‑triangle (cost, time, scope) to delivering user value within a fixed timebox, using resources efficiently.

The "small‑step fast‑run" principle emphasizes breaking down assumptions early, delivering increments quickly, and gathering feedback to validate value.

Bi‑weekly iterations balance speed and stability: two weeks are long enough for meaningful work yet short enough to allow frequent releases and resource re‑allocation across domains.

To measure and improve R&D efficiency, the team defines team‑level metrics that track trends rather than absolute values, prioritize balance among indicators, and evolve with team maturity.

The core of the practice is the Type‑P framework, where each letter stands for a principle: Time‑bound, Yauld (agile & adaptable), Unity of purpose, Efficient/effective, and Poizon (DeWu’s brand). Type‑P draws on large‑scale agile methods such as LESS and SAFe but is customized for DeWu’s context.

Key organizational practices include a unified domain‑level agile process, standardized version management, and flexible domain governance that allows each business line to maintain its own backlog while adhering to common standards.

The PMO’s evolution is described: from establishing the Type‑P framework and tooling (RDC platform) to supporting domain‑specific governance, and finally shifting from throughput‑first to value‑first objectives.

Overall, the article provides a practical roadmap for large‑scale agile adoption, emphasizing metrics, governance, and cultural change to sustain high‑velocity development.