As a modern mobile operating system, Android does a pretty good job of containerizing and isolating applications from the system core itself. By doing so, third-party software is less likely to cause performance issues, while also reducing security vulnerabilities and malware attack vectors.
Even with this being the case, however, Android is still a fairly open platform on the whole, meaning that apps are able to engage in certain behaviors that their iOS and iPadOS counterparts are barred from. Some Android-specific privileges include being able to draw over top of other apps, as well as the ability to run additional processes in the background.
There are some app genres that are more notorious than others in their willingness to engage in background tasks like data fetching, telemetry collection, and more, which can be a double-edged sword. On the one hand, this empowers Android apps to take advantage of the hardware they’re running on, but, on the other hand, it can also lead to slow-downs and unforeseen battery drainage.
Here are four common types of apps that are notorious for their propensity to bog down a given Android phone or tablet over the course of months and years. In many cases, the trade-off may be worth it for the added functionality provided in exchange, but, one way or another, it’s still worth being in the know.
Facebook, TikTok, X, etc.
Social networking platforms and their corresponding mobile apps have garnered a reputation for being system-intensive and in some cases invasive. On the iPhone, it’s possible to deny an app’s request to track your activity across other apps via App Tracking Transparency (ATT), but an equivalent feature currently isn’t available on Android. As such, an app like Facebook is capable of engaging in background tracking (sharing aggregated data with third-parties), which naturally consumes additional behind-the-scenes resources.
Social media apps also tend to rely heavily on web tech as opposed to native code, which can also reduce efficiency and create system slow down. Android can also be bogged down by cached data within these kinds of apps, which helps to preload multimedia within a timeline or feed, but also consumes power and takes up storage space.
In some cases, companies offer ‘Lite’ versions of their social networking apps on Android, which are designed to reduce resource consumption. While these alternatives won’t stop data tracking, they are leaner than their full-fat equivalents. Notable examples include Facebook Lite, Instagram Lite, and TikTok Lite.
Streaming apps
Netflix, Spotify, Disney+, etc.
Streaming apps are a prime candidate for why your Android phone appears to be slowing down. Services like Netflix and Spotify cache content to help improve the smoothness of the streaming process, which reduces buffering and stutters. The consequence here is that these same cache files that speed up on-demand media will also bloat your system in the long run.
Most streaming apps also allow you to temporarily download content for local offline playback, which is a convenient addition for those times without an active internet connection. Of course, video content takes up a lot of space, and if you have a ton of downloaded shows and movies on your device, it could negatively impact system performance. That’s because a lack of storage space impairs Android’s ability to engage in memory swap (the temporary relocation of ROM storage as RAM memory), resulting in slowdown.
Overall, if you’re downloading content from streaming apps, I’d recommend keeping tabs on your available internal storage capacity so as to maintain a buffer of empty space. Around 5-10GB is likely enough, but the less RAM on your Android device, the more storage space you’ll want to leave untouched for memory-swapping purposes.
Navigation apps
Google Maps, Waze, Transit, etc.
By their very nature, navigation and transit apps are resource-intensive. They rely heavily not only on mobile data or Wi-Fi, but also the GPS sensor within your Android phone, as well as its accelerometer and gyroscope. All of these sensors work together to provide a fast and accurate map experience, which is important when attempting to get from point A to point B, but they can also result in slowdown across the system.
Google Maps and other navigation apps also build their own data index around your geolocation to improve performance while navigating, which can take up storage space and can result in the same sort of issues I mentioned with streaming apps. And, if relying on a transit app for real-time updates in the form of push notifications, your Android phone’s location services will be powering on in the background, pulling resources away from whatever you’re in the middle of doing.
Weather apps
Pixel Weather, Weather Underground, Weawow, etc.
For a weather app to work most effectively, it requires background access to both location services and to notifications to stay up-to-date and to inform you of inclement conditions. Depending on where you live, forecasting services can be incredibly important to have at your disposal, but always-updated weather access does come with the side effect of extra power consumption and system resource usage.
For the most part, there’s not much you can do to stop a weather app from doing its thing if you want it to remain useful. Shutting off access to location services will render the app non-proactive in surfacing the temperature and outdoor conditions. That being said, to reduce stress on your Android phone and to fight against performance degradation, consider only having one single weather app active at a given time — multiple forecasters working in the background is a surefire way to bog down your phone in exchange for very little gain.
