AI is accelerating how fast teams can ship Flutter features, but speed without the right architecture just means a bigger, more tangled monolith. As apps grow to hundreds of features across multiple teams, the real challenge isn't writing code faster: it's making sure that code doesn't collide, break, or block other teams as it grows. This talk is a gentle introduction to the Open Source Vyuh Framework: a composable, LEGO-like architecture for building Flutter apps at scale, where features are self-contained, automatically discovered, and declaratively routed instead of manually wired into a growing, fragile core. Vyuh isn't theoretical: it's been battle-tested across large-scale super apps, real estate platforms, and pharmaceutical and manufacturing systems, domains with very different requirements, running on the same architectural foundation. You'll leave with concrete primitives you can apply directly to your own codebase, whether you're starting fresh or migrating an existing monolith. What you'll learn: - Automatic feature discovery: how to eliminate the central "app shell" bottleneck that causes merge conflicts and cross-team collisions. - Composable, declarative routing: designing routing owned by individual features instead of a hardcoded global route table. - Architectural contracts for team independence: the boundaries that let large teams build and ship in parallel without stepping on each other's code or state. - A practical migration path: how to evolve an existing large Flutter app toward composability without a full rewrite. - Proven across industries: how the same composable primitives adapt to wildly different domains, from consumer super apps to regulated pharma manufacturing. Who this is for: Flutter developers and architects working on, or anticipating, large, multi-team codebases feeling the strain of rapid feature growth.