Google’s latest announcement hit my inbox like a familiar friend with unwelcome news about mandatory Android API level updates:
“We’ve detected that your app is targeting an old version of Android. To provide users with a safe and secure experience, Google Play requires all apps to meet target API level requirements. From 31 August 2025, if your target API level is not within one year of the latest Android release, you won’t be able to update your app.”
For most developers, this message represents a single Android API level update. For me, it means updating eight different applications. What sounds like a simple version bump quickly becomes a multi-day marathon of dependency management, deprecation fixes, and testing cycles across multiple Android API level updates.
The Extension Option: Buying Time When You Need It
Before diving into the update process, it’s worth noting that Google does offer some flexibility. Through the Google Play Console, you can request an extension that pushes the deadline from August 31st to November for each app. This requires providing a reason for the extension request, but it can be invaluable when you’re managing multiple apps or facing complex technical challenges.
For developers maintaining multiple apps, like myself, this extension can be strategic—allowing you to prioritize critical apps first while giving yourself breathing room for more complex updates. However, it’s temporary relief, not a permanent solution.
The Update Ritual: Same Steps, Multiplied by Eight
Each app follows the same methodical process for Android API level updates, and the steps themselves aren’t particularly complex. It’s the sheer volume that creates the challenge when managing multiple Android API level updates simultaneously.
Step 1: Pull from Repository (5 minutes per app)
The journey begins with a simple git pull. Fresh code, clean slate, ready to dive into the update process. This step is straightforward but multiply by eight apps and you’ve already spent 40 minutes just getting started.
Step 2: Update Packages in pubspec.yaml (15-30 minutes per app)
This is where things start getting interesting. Flutter’s ecosystem moves fast, and packages that worked perfectly six months ago might need significant version bumps. Dependencies have dependencies, and sometimes updating one package creates a cascade of required changes throughout the project. Simple updates take 15 minutes; complex dependency conflicts can stretch to 30 minutes or more per app.
Step 3: Update Gradle Version (10-20 minutes per app)
Here’s where I switch tools. While I develop primarily in VS Code, Android Studio becomes essential for Gradle management. The IDE’s built-in tools make it significantly easier to navigate the sometimes-complex world of Android build configurations. Most updates are straightforward (10 minutes), but occasionally you hit compatibility issues that require deeper investigation.
Step 4: Fix Deprecated Methods and Functions (20-45 minutes per app)
Android’s evolution means yesterday’s best practices become today’s deprecated warnings. Each API level change brings new deprecations, and with eight apps to maintain, these fixes add up quickly. Some are simple find-and-replace operations (20 minutes); others require understanding new architectural patterns and can take up to 45 minutes per app.
Step 5: Bug Fixes (10-60 minutes per app)
Updates rarely happen in isolation. While you’re updating dependencies and fixing deprecations, you inevitably discover bugs that need attention. It’s tempting to defer these, but addressing them during the update cycle prevents technical debt accumulation. Minor fixes take 10 minutes; major issues can consume an hour or more.
Step 6: Testing (30-45 minutes per app)
Every change needs verification. With eight apps, this means eight complete testing cycles. Features that worked perfectly before the update might behave differently with new dependencies or API levels. Thorough testing is non-negotiable and typically requires 30-45 minutes per app.
Step 7: Update Target Versions and NDK (10-15 minutes per app)
The core requirement that started this whole process: updating the target API level, NDK version, and addressing issues like “Deprecated imperative apply of Flutter’s Gradle plugins.” These technical details might seem minor, but they’re essential for Play Store compliance and usually take 10-15 minutes per app.
The Hidden Challenge: Store Management
The technical updates represent only half the battle. Each app update requires fresh store descriptions, “What’s New” content, and often localized versions for different markets.
This is where App Store Manager becomes invaluable. Instead of manually crafting descriptions in multiple languages and uploading them individually, the tool automates the translation and upload processes. For eight apps across various languages, this automation saves hours of repetitive work—typically reducing what would be 20-30 minutes of manual work per app down to just 5-10 minutes.
The Time Reality: Breaking Down the Numbers
Let’s be honest about the time investment. Here’s what updating eight apps looks like:
Per App Time Investment:
- Best case scenario (no complications): 1.5-2 hours per app
- Typical scenario (minor issues): 2-3 hours per app
- Worst case scenario (major compatibility issues): 3-5 hours per app
Total Time for Eight Apps:
- Best case: 12-16 hours (1.5-2 full working days)
- Typical: 16-24 hours (2-3 full working days)
- Worst case: 24-40 hours (3-5 full working days)
Store management adds another 1-2 hours total across all eight apps when using automated tools like App Store Manager. Without automation, this could easily balloon to 4-6 additional hours.
The Hidden Costs:
- Context switching between apps: +20% time overhead
- Documentation updates: +30 minutes per app
- Deployment and monitoring: +15 minutes per app
- Post-release hotfixes: Potentially several additional hours
The Multiplication Effect
What strikes me most about maintaining multiple apps is how every slight inefficiency gets magnified. A process that takes two hours for one app becomes a whole day for four apps, and nearly two full days for eight. But it’s not just linear multiplication—there’s overhead.
Context switching between different codebases, remembering the quirks of each app’s architecture, and managing eight different sets of dependencies creates a cognitive load that adds roughly 20% to the entire process. What should take 16 hours for eight apps in practice takes closer to 20 hours.
Then there are the unexpected discoveries: App #3 has a dependency conflict that requires two extra hours to resolve. App #6 reveals a critical bug that wasn’t caught in the last update cycle. App #8’s testing shows a UI issue that only appears on specific device sizes. These aren’t exceptional cases—they’re the norm.
Making Peace with the Cycle
Google’s API level requirements aren’t going away, and they serve an essential purpose: ensuring users have access to the latest security features and capabilities. As developers, we need systems and tools that make compliance manageable rather than overwhelming.
The key is accepting that app maintenance isn’t a one-time task—it’s an ongoing relationship. Each Google announcement like this one becomes a scheduled event, factored into development planning rather than an unexpected disruption.
For developers managing multiple apps, the August 31st deadline serves as a reminder: efficient processes and the right tools aren’t just nice to have—they’re essential for sustainable app development in today’s fast-moving ecosystem.