What are Tombstones in Android?

Android devices keep track of where they have been and what apps have been used on them by using a system called tombstones. Tombstones are basically a list of all the places your device has been and what it was doing when it was there. This information is stored in a file called the “tombstone file.”

When you first get an Android device, it comes with a clean slate. But as you use it, the device starts to fill up its tombstone file with entries. Each entry includes the time, date, and location of where the device was used, as well as which apps were opened and closed.

The tombstone file can grow quite large over time, especially if you tend to switch between a lot of different apps.

Android tombstones are a type of crash report that helps developers identify and fix issues in their apps. When an app crashes, Android generates a tombstone file that contains information about the crash, such as the date, time, and device details. This information can be helpful for developers in understanding how and why their app crashes.

How Do You Use Tombstone on Android?

If you’re looking for a little bit of extra help when it comes to managing your Android device, one option you might want to consider is using a tombstone. This can be a great way to keep track of what’s going on with your device and make sure that everything is running smoothly. Here’s how to use tombstone on Android.

First, open up the settings menu on your device and tap on the “Developer options” entry. If you don’t see this option, you’ll need to enable it first by going into the About phone menu and tapping on the Build number entry seven times in quick succession. Once you’re in the Developer options menu, scroll down until you see the Tombstones entry and toggle it ON.

Now, whenever something goes wrong with your device and it crashes or freezes, a tombstone file will be created that contains all sorts of information about what went wrong. To take a look at these files, simply connect your device to your computer via USB and navigate to the /data/tombstones/ folder. Here, you’ll find any tombstone files that have been created recently.

Simply open them up in a text editor and have a read-through; hopefully, they’ll give you some clues as to what went wrong and how to fix it.

How Do I Read Android Crash Logs?

If you’ve ever come across a crash log while developing an Android app, you know it can be pretty daunting. But don’t worry, we’re here to help! In this blog post, we’ll show you how to read Android crash logs so that you can quickly identify and fix the issues causing your app to crash.

First, let’s take a look at where you can find your app’s crash logs. If you’re using Android Studio, then the easiest way to view your app’s crash logs is through the Logcat window. To open Logcat in Android Studio, select View > Tool Windows > Logcat from the menu bar.

Alternatively, you can use the keyboard shortcut Alt + 6 on Windows or Option + 6 on macOS. Once Logcat is open, you’ll see a list of all the log messages generated by your app and the system. To filter the log messages so that only those related to your app are shown, type “tag:your-app-name” (without quotes) into the search field at the top of the window and hit enter.

You should now see only log messages that contain your app’s name in their tag attribute. Now that we’ve filtered out all of the noise, let’s take a look at an actual crash log and see what information it contains. Here’s a sample crash log:

FATAL EXCEPTION: main java. lang.RuntimeException: Unable to start activity ComponentInfo{com.example/com… MainActivity}: android… ViewRootImpl$CalledFromWrongThreadException: Only … allowed on Looper threads at android…

Caused by: android… ViewRootImpl$CalledFromWrongThreadException: Only … allowed on Looper threads at android…. at com…

MainActivity$1$override(MainActivity… … 1 more Caused by: java…. IllegalStateException: Only … allowed on Looper threads … 4 more The first thing you’ll notice is that there’s a lot of information here! And it can be overwhelming trying to make sense of it all. But don’t worry, we’ll break it down for you step by step so that you can quickly identify what caused your app to crash and how to fix it. The first line tells us that this is a fatal exception and lists the Java class where the exception occurred (in this case, MainActivity).

What is Stack Trace in Android?

A stack trace is a report of the active stack frames at a certain point in time during the execution of a program. A stack trace can be used to determine where the program was when it crashed, or to analyze other runtime problems.

What is Native Crash Android?

A native crash on Android is a type of crash that occurs when an app fails to execute properly. This can happen for a number of reasons, but most often it is due to either a programming error or an issue with the app’s code. Native crashes are generally more serious than other types of crashes, and they can often lead to data loss or even complete system failures.

In some cases, native crashes can also result in security vulnerabilities.

Android Tombstone File Location

When your Android device crashes, it creates a “tombstone” file that contains information about the crash. This file is stored in the /data/tombstones directory on your device. The tombstone file can be helpful when troubleshooting crashes.

It includes the date and time of the crash, as well as a stack trace that can be used to identify the cause of the crash. To view the contents of a tombstone file, you’ll need to use a root-level file explorer or ADB pull command. Once you have the tombstone file, you can use a text editor to view its contents.

If you’re having trouble troubleshooting a crash, feel free to post the contents of your tombstone file in our Android help forums!


Tombstones are a type of debugging tool in Android that allows developers to track down memory leaks and other issues. By setting breakpoints at key points in an app’s code, developers can see exactly where and how memory is being allocated and freed. This information can be used to optimize an app’s performance or to fix bugs.

Raymond Williams is a technology writer that lived with computers all his life. He is an expert character that writes articles about Windows, Gaming, Android, and How To Fixes.