What I like most about Android Studio is its powerful debugging tools and Android emulator integration. It provides everything needed for Android development and testing in a single environment. Built-in Android Emulator for testing applications across different devices and Android versions.

Advanced debugging tools that help identify crashes, performance issues, and application behavior.

Layout Inspector for analyzing and troubleshooting UI issues.

Logcat integration for monitoring application logs in real time.

Strong integration with the Android SDK and development ecosystem. The most valuable feature is the combination of the emulator and debugging tools. It allows developers and QA engineers to reproduce issues, validate fixes, and test different scenarios without requiring multiple physical devices, which significantly improves productivity and troubleshooting efficiency. Review collected by and hosted on G2.com.

The biggest challenge is performance and resource consumption. On less powerful machines, running Android Studio, the emulator, and other development tools simultaneously can impact productivity. That said, the rich feature set, debugging capabilities, and integration with the Android ecosystem make it one of the most effective tools available for Android development and testing. Review collected by and hosted on G2.com.

Our engineering team uses Android Studio as our primary integrated development environment for building, debugging, and maintaining our suite of consumer-facing mobile applications. As a software engineer, I rely on it daily for writing Kotlin code, designing responsive layouts, managing complex Jetpack Compose UI architectures, and handling our Gradle build configurations. It acts as the central hub for our entire mobile deployment pipeline, connecting seamlessly with our version control systems and continuous integration workflows to keep our development cycles moving forward.What I appreciate most about Android Studio is how incredibly intelligent and deeply integrated the development ecosystem feels. The code completion, static analysis, and refactoring tools for both Kotlin and Java are exceptional, catching potential runtime issues and edge cases before I even attempt to compile the project. The Layout Inspector and live preview features for Jetpack Compose are massive time-savers, allowing us to see exactly how UI elements behave across different screen dimensions and system configurations in real time. Additionally, the built-in profiling tools for CPU, memory, network, and energy consumption are top-tier. They provide granular visibility into the application's behavior under heavy loads, making it straightforward to track down performance bottlenecks without needing to jump out into third-party debugging software. Review collected by and hosted on G2.com.

The most significant pain point with Android Studio is its massive consumption of system resources. It is notorious for being a heavy resource hog, frequently draining RAM and pushing CPU utilization to the limit, particularly when you are running a local emulator alongside a heavy Gradle build. If you are not equipped with a high-end development machine containing at least 16GB or preferably 32GB of RAM, you will inevitably face lag, occasional freezes, and agonizingly slow build times that break your focus. Furthermore, upgrading the IDE or the Android Gradle Plugin can sometimes introduce unexpected configuration breakages. When a build fails due to a hidden dependency conflict or a deprecated plugin setting after an update, the error messages can be incredibly cryptic, often turning a simple routine update into hours of troubleshooting on community forums. Review collected by and hosted on G2.com.

It gives almost everything needed for Android development in one place. For my development team, they don’t have to keep switching between multiple tools. The IDE, emulator, debugger, layout designer, and performance tools are all integrated nicely, so the overall workflow becomes smoother.

Another nice thing is the code assistance. The auto-completion, error highlighting, and suggestions make development faster and reduce silly mistakes. Especially when working with large projects, Android Studio helps a lot with navigation and refactoring. Review collected by and hosted on G2.com.

It can be quite heavy on system resources. If the system RAM or CPU is not strong enough, the IDE tends to become slow, especially when running the emulator or building large projects. Sometimes the Gradle build process also takes more time than expected, which can interrupt the development flow.

Another issue is that initial setup and dependency downloads can be a bit frustrating. When starting a new project or syncing Gradle, it sometimes takes a long time and may throw version or dependency errors which are not always very clear to beginners.

I also feel that frequent updates can occasionally create compatibility issues with plugins or SDK versions. After updating Android Studio, sometimes a project that was working earlier may suddenly show warnings or build errors. Review collected by and hosted on G2.com.

Since i worked in Mac OS, i feel it works very smooth with it, easy to install the Emulators,Plugins. Recently we faced a problem in old device, thing was working on new version mobile phones but error was comming in old outdated devices, i installed an old Virtual device.

inbuild logcat and terminal helps a lot to be on single software. the code editor provides features like smart code,syntax and error highlights,for example its a very common thing we forget to close the brackets for an function or class or a constructor, but this software helps to overcome these issues.

Multiple projects and OS can be managed. In short best tool for App development. Review collected by and hosted on G2.com.

Main Reason i swiched from Windows to Macos is, i dont like is in Windows inspite of having good config of my pc, it lags sometimes, i have good ram and SSD.

it demands high config. end the end of the day we should keep everyone in mind, some can afford high config. machines some cant, it should be like it should allow lite apps with updated versions,

same like we have Facebook and Facebook Lite,

for high config. fb type can be used and for normal config. Lite type can be used,

main advantage is that both the apps are upto date with latest firmwares and all kind of user can use.

same like for Google we have GO apps with liter config devices. Review collected by and hosted on G2.com.

I like that I can run the apps I develop on virtual devices to test them before the production phase. When developing two apps for Wear OS smartwatches and Android phones, I can set up a single workspace and keep both projects there in one environment, while still running and debugging them separately. I also like the Logcat feature, which helps me debug and understand the root cause of an error by using embedded filters to isolate the issue. Review collected by and hosted on G2.com.

I don’t like that I have to sync the project with the Gradle files every time I update my code or add a new feature. This should happen automatically, similar to how saving works. Also, the new feature of integrating Gemini as a code assistant is very powerful, but it lacks context. It doesn’t seem to look at all of my code, only the part I mention or the area where there’s an error. Review collected by and hosted on G2.com.

I have developed different kind of applications on Android studio I like it's powerful coding support, easy debugging tools, seamless integration with kotlin and android SDK. Also it's support for the AI. It makes my development, testing and UI design more efficient. Review collected by and hosted on G2.com.

Sometimes for my big projects while loading the Gradle and it seems to that it gets heavy and slow. Also sometimes i get emulator issue for the storage in my device and sync issue. Review collected by and hosted on G2.com.

It helps create and emulate android devices very well, as well as support different extensions and work well with AI tools. The Integration with different languages is best. Then the UI is pretty much ok, but difficult to understand and grasp for beginners. Since its free and support multiple aspects, for beginners, this is the best tool. Review collected by and hosted on G2.com.

The Ui is a bit clumsy, and it is a bit difficult if you are a first timer, to set up emulators. And also, sometimes it is power hungry and consumes a lot of resources. Review collected by and hosted on G2.com.

It’s easy to set up and integrate with the Android ecosystem. Unfortunately, since Apple restricts access to some of its technology, there are a few gaps in integration with SwiftUI in the Kotlin Multiplatform environment. Review collected by and hosted on G2.com.

As I mentioned before, because of Apple’s restricted access to its technology, there’s a lack of integration with SwiftUI. Review collected by and hosted on G2.com.

I like Android Studio because it’s an all-in-one tool with smart coding, built-in emulator, and powerful debugging features, which makes Android app development faster and easier. Review collected by and hosted on G2.com.

One downside of Android Studio is that it can be resource-intensive and slow, especially on low-end systems. Gradle build times can also be long, which sometimes affects productivity. Review collected by and hosted on G2.com.

I like many things in android studio as it is very powerfull tool for making android apps. Its built in emulator support helps a lot and it is overall very easy to use. We can even drag and drop the UI and make apps using Kotlin or java and it has AI features which made very easy to autofill or generate or correct our code. Review collected by and hosted on G2.com.

The only thing i hate about it is that it is very heavy software and make my laptop heat too fast and even 16gb ram sometimes feel low for it. Review collected by and hosted on G2.com.