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🎉 A case study with Zühlke was published! They use DCM to keep complex, mission-critical #Flutter apps maintainable across healthcare, industrial engineering, and enterprise projects. 💯 Result: faster PRs, fewer regressions, and better visibility into technical debt. How?👇

16/3/26, 1:36 pm0 reposts3 likes

DCM

@dcm.dev

16 Mar

Zühlke scaled complex Flutter projects to 14 developers! 💻 When designing a multi-layered structure that includes domain, application, infrastructure, & UI, it becomes difficult to maintain consistency. Without guardrails, PR reviews became repetitive & the architecture broke.

DCM

@dcm.dev

16 Mar

Zühlke engineering team adopted DCM for its speed, depth, and architectural features with a baseline-first approach. The baseline helped them introduce strict rules without breaking the existing codebase, & to gradually review the rules together during weekly team meetings.

DCM

@dcm.dev

16 Mar

With DCM, the Zühlke engineering team enforces: 📐 Architectural import rules 💀 Unused code checks ✅ Translation checks 🚪 CI quality gates ⏱️ Custom rules like clock .now() 🚀 Maintainability metrics like complexity & nesting depth And that's not all!

DCM

@dcm.dev

16 Mar

One feature stands out: memory leak detection, as Djordje, Lead Software Architect and People Lead at Zühlke says: "Memory leak detection helps a lot. I might not notice every time, DCM warns me immediately." That proved especially valuable in complex reactive flows.