Florin Lungu’s Post

Effective permission handling is vital for mobile applications to access device features seamlessly. I found it interesting that the article highlights not just the technical aspects, but also the importance of user trust in granting permissions. How do you approach permissions in your app development process?

Ensuring stability in mobile applications can be challenging, especially with unexpected crashes. This article outlines how to effectively set up Firebase Crashlytics in your Flutter app to monitor and address these issues. I found it interesting that even with extensive testing, real-world usage can still reveal unforeseen errors. What strategies do you use to manage and troubleshoot app stability in your projects?

This article provides a comprehensive guide on integrating Firebase Crashlytics into Flutter apps, a crucial step to enhance app stability and user experience. I found it interesting that even with thorough testing, unexpected crashes can occur, highlighting the importance of robust crash reporting tools. How do you ensure the stability of your mobile applications in real-world scenarios?

📱 **Mastering Mobile App Permissions: A Developer’s Guide** Permissions are the gatekeepers of user trust and functionality in mobile apps. Whether accessing location, camera, contacts, or storage, how you handle permissions can make or break the user experience. 🔑 **Key Takeaways:** - **Request Wisely:** Only ask for permissions when absolutely necessary—context matters. - **Explain Clearly:** Users are more likely to grant access if they understand *why* it’s needed. - **Handle Denials Gracefully:** Provide fallbacks and educate users on enabling permissions later. A seamless permissions flow isn’t just about code—it’s about respecting user privacy while delivering value. #MobileDevelopment #AppPermissions #UserExperience #Privacy #SoftwareEngineering

In mobile development, ensuring app stability is key, and unexpected crashes can undermine user experience. This article by Atuoha Anthony delves into integrating Firebase Crashlytics into Flutter apps for both iOS and Android, providing valuable insights on improving app reliability. I found it interesting that even with rigorous testing, real-world usage can present unforeseen challenges. How do you currently handle crash reporting in your applications? Let's discuss!

Learn how to build cross-platform mobile apps with Flutter and Firebase 🩵 In this video, learn why Flutter's unique architecture and productive developer tools, combined with Firebase's easy-to-use backend services, make it easier than ever to create high-quality apps for iOS and Android → https://goo.gle/46YK9Lf

Shorebird is a new tool in the Flutter ecosystem that enables OTA (over-the-air) app updates—super useful when you need to push fixes fast without waiting for app store approvals. A few weeks back, I explored it and published a setup + installation guide for anyone starting out. 👉 Article link: 

One key lesson I’ve learned in my years as a Mobile App Developer: It’s often easier to write a million lines of code from scratch—using a clean architecture—than to fix or update 100 lines of poorly written code you didn’t author. And the reason is simple: #The_task_looks_easy_when_you_are_not_the_one_doing_it. A common comment from clients or employers is: "It’s just a simple bug." "It’s only one or two screens." "Everything works fine on the Play Store or App Store—just a small update." As an experienced developer, do not fall into this trap. Before committing to anything—whether a contract, a timeline, or deliverables—ensure you:   Review the full codebase. Understand the code structure and flow. Test the code thoroughly on your local machine (build an APK or use TestFlight for mobile apps). Compare with the existing production app. Identify both the root issue and its possible solutions before agreeing on timelines. Always give yourself more time than you think you need—even if the bug looks “simple.” One major trap to avoid is desperation. Never let pressure or urgency force you into unrealistic commitments. And never agree to be underpaid just because someone says, “It’s only one screen” or “a tiny bug.” That one line of code may be connected to 1,000 others—and changing it could mean rewriting an entire module. Always remember: #The_task_looks_easy_when_you_are_not_the_one_doing_it. ☺️

The Cube Project – Built with HTML, CSS, and JavaScript You can download the full source code from AppDadz: https://lnkd.in/gRPQmXk6 This is a ready-to-use template that you can customize. Simply load this web project into a WebView to turn it into a mobile app, then publish it. It works on Android, iOS, and the web. #webdevelopers #androiddev #iosdev

🚨 Important Update for Mobile App Developers! Google Play just announced a major change affecting all Android apps starting November 1, 2025: every app must support 16 KB memory pages or face rejection. Here's what this means for us as mobile developers: ✅ The Good News: Pure code apps (like React Native) are mostly safe 30% faster app launches and better battery life Enhanced performance on newer Android devices ⚠️ Action Required: Update your build tools (AGP 8.5.1+, latest Gradle, NDK r28+) Rebuild native dependencies and plugins Test thoroughly on Android 15 devices Run: adb shell getconf PAGE_SIZE to verify compliance 🎯 For React Native Developers: Most of our apps should be fine, but if you're using native modules or third-party libraries with .so files, now's the time to audit and update. Timeline: 📅 Nov 1, 2025: New apps must comply 📅 May 1, 2026: All app updates must comply Don't wait until the deadline - start checking your apps now. The Play Store won't accept non-compliant updates, and users on Android 15+ could experience crashes. Who else is already preparing for this change? Drop your thoughts below! 👇 #ReactNative #AndroidDevelopment #MobileDev #GooglePlay #TechUpdate #AppDevelopment