Core/Core-Impl Pattern: Build-Performance Superpower of DI & Gradle
Improving Android build performance through modularization using the Core/Core-Impl pattern.
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Improving Android build performance through modularization using the Core/Core-Impl pattern.
Runtime-aware sharding + EC2 bare-metal emulators reduced slowest shard 55% and E2E build time
Grab moved macOS CI/CD close to its Git servers, improving iOS build & pipeline times ~20–45% and saving ~$2.4M over 3 years, with stability maintained. (Grab Tech)
Reddit Mobile CI overhaul: up to 50% faster build times, improved stability and developer sentiment; details on infra choices and trade-offs. (Reddit)
We made our engineers happier by cutting build times down from 50 minutes to 16.
At Pinterest, our mobile infrastructure is core to delivering a high-quality experience for our users. In this blog, I’ll showcase how the Pinterest Mobile Builds team is leveraging Honeycomb.
GitHub cut iOS testing time with new runner features that deliver.
GitHub keeps mobile releases humming weekly with a tight process.
DoorDash’s iOS team handles big releases with calm and precision.
Meta shares how they cranked out Threads in just five wild months.
When Cash App was originally developed we had a single service powering all backend functionality, codenamed “Franklin”.
Premise uses Gradle Enterprise to catch Android build issues early.
Swiggy’s Gradle tool speeds up testing with incremental runs.
Swiggy cuts React Native setup time for quicker Android builds.
Zomato boosted iOS compile speed by 99% with major tune-ups.
Swiggy trims Xcode build times to speed up their dev workflow.
Zomato slashed Android build times by 95% with clever shortcuts.
Swiggy cuts Xcode compile times with advanced, practical tweaks.
Swiggy speeds up iOS dev with Bitrise in their DevOps journey.
Swiggy kicks off evolving mobile dev with Bitrise-powered wins.