Flutter is one of the fastest-growing open source cross-platform development frameworks. The likes of BMW, Google Pay, Tencent, and iRobot all use Flutter to quickly build and maintain mobile applications. In fact, Flutter was used by 42% of software developers in 2021, surpassing React Native as the most popular cross-platform mobile framework.

In a crowded and competitive market, mobile app developers must offer continuous availability and a frictionless user experience to minimize churn. Monitoring and maintaining mobile apps presents unique challenges. Since mobile apps run on a wide range of devices, it can be difficult to get clear visibility into client-side performance.

Monitoring performance is a critical part of software development. We just released version 3.0.0 of our Sentry Android Gradle plugin, which brings a handful of auto-instrumentation capabilities to Android developers, featuring Room and SQLite queries performance, File I/O operations performance, and more.

The customer experience within mobile apps has become mission-critical. Today's consumers have come to expect rich, robust functionality in their mobile applications; with over 2.1 million apps available to Android users and nearly 2 million apps up for download in Apple's app store, mobile phone users have plenty of options when it comes to the applications they download.

Your applications most likely consist of multiple components. These components could be written in different languages, with each individually instrumented with Sentry’s SDK. The goal of our tracing solution is to make sure developers get a full picture of the data captured within their tech stack. Tracing allows you to follow a request from the frontend all the way to your backend application and back.

Debugging JavaScript is an inevitable part of web development, and not the nicest one. Debugging jobs always seem to pop up when you’re already buried under piles of work, and a teammate pings you about an issue that was overlooked in testing and has been causing frustrations since your last release. That’s why it helps to be prepared for that eventuality, and equipped with the developer tools to help you debug faster.

Since inception back in 2007, Apple and the iOS ecosystem has drastically improved with a plethora of changes and new features added (or removed) over time. At the same time, the size of the applications and the data has consistently grown. This has its own impact on the powerhouse in your hand - the iOS device. Developers strive to design the best experience, often compromising speed and performance.

The widespread adoption of mobile apps is driving workforce productivity from almost anywhere across nearly every industry. Workers are relying on mobile technologies more than ever to get their work done every day—from short-staffed nurses who need to update information on the go to field service technicians who need to complete tasks and access critical information in real time to desk workers who need visibility into communications and company resources from anywhere.

Just a couple of days after Google announced a high-risk zero-day vulnerability in Chrome, Apple disclosed two zero-day vulnerabilities affecting their operating system on both mobile and desktop devices. The company has already issued updates for its iOS and macOS users. The patched versions are as follows: As for the Apple zero-day exploits, they were reported anonymously.