Where is the history of Yandex.Browser on Android stored: search and cleaning

Mobile browsers store a colossal amount of data about your activity, and Yandex Browser is no exception. Users often wonder where exactly on the device disk the database with visited sites is physically located. This is necessary not only out of curiosity, but also for deep cleaning the system or recovering deleted data in emergency cases. Understanding the file storage structure helps you better control the digital hygiene of your gadget.

In the operating system Android access to system application directories is limited by security policies. Starting with Android 11, Google has tightened the folder access rules, making it more difficult to directly search for history files through standard file managers. However, the physical location of the database remains unchanged inside the protected application container, regardless of the OS version. Android/data, which made it difficult to directly search for history files through standard file managers. However, the physical location of the database remains the same within the secure application container, regardless of the OS version.

In this article we will analyze in detail the data storage architecture in Yandex.Browser, consider the paths to files for users with and without root access, and also analyze which files are responsible for the visit log. You will learn how to distinguish history from cache and why simply deleting a folder can lead to the loss of important settings.

Data storage architecture in a mobile browser

Any modern browser running on an engine Chromium, which includes Yandex.Browser, uses a local database to store data SQLite. This is a lightweight relational DBMS that allows you to quickly record and read information about visited URLs, time of visit and frequency of requests. A history file is not an ordinary text document that can be opened with Notepad.

When you install an application, the system allocates isolated space in the device memory for it. This is where all user data is recorded: bookmarks, passwords, cookies and, of course, browsing history. The structure of this directory is strictly regulated by standards Android SDK. Violation of the integrity of the files in this folder may lead to the application not working correctly or completely resetting it to factory settings.

It is important to understand the difference between cache and history. The cache stores graphical elements of websites to speed up loading, while taking up gigabytes of space. History is a compact text database, the weight of which rarely exceeds several megabytes even with active use for years. History Database optimized for quick search through millions of records.

⚠️ Attention: Direct editing of history database files without special knowledge can lead to complete damage to the file. The browser will not be able to read the damaged database and will create a new, empty one, permanently deleting the old log.

The exact path to history files on Android

The search for a history file starts from the root directory of the device’s internal memory. The standard path for all applications installed from Google Play or third-party sources is through the directory Android. Inside it there is a folder datawhere each application is assigned a unique package name. For Yandex.Browser, this identifier is the string com.yandex.browser.

The full path to the desired directory is as follows:

/storage/emulated/0/Android/data/com.yandex.browser/files/

However, depending on the version of Android and the type of storage (internal memory or SD card), the initial part of the path may vary. On some devices, access is provided via /sdcard/Android/data/.... Inside the folder files there is a subdirectory Defaultthat contains the main user profiles. This is where the file you are looking for is located.

The file with the browsing history itself is called History. It has no extension, which is standard practice for SQLite databases in Linux and Android environments. Next to it you can often find a file History-journal, which is a temporary transaction log. If the browser was closed incorrectly, data from the log may be transferred to the main file the next time it is launched.

Access to system folders without root access

Users who do not have superuser (root) rights face restrictions on folder access Android/data on modern versions of Android (11, 12, 13 and later). Standard file managers, such as “My Files” or “Explorer”, simply do not display the contents of this directory or show it empty. This is done by Google developers to protect application data from malware.

However, there are workarounds. Some advanced file managers, for example Total Commander or Solid Explorer, may request special system permission to access this folder. When you try to log in Android/data the system will display a pop-up window with the “Allow access” button. After confirmation, you will be able to see the browser folder and copy the history file to external storage.

Another method involves using a computer. Connect your smartphone to your PC via USB cable in file transfer mode (MTP). On the computer, access restrictions to the folder Android/data are often missing, and you can easily navigate to the path Internal Storage/Android/data/com.yandex.browser/files/Default. This is the safest way for ordinary users to explore the file structure.

• 📂 Use PC Manager to bypass Android 11+ restrictions when viewing the data folder.
• 🔒 Standard galleries and simple explorers often block access to system data applications.
• 💾 When copying the History file to your computer, make sure that the browser is completely closed so that the file is not blocked by the process.

⚠️ Attention: On Android 14, access to the folder Android/data via MTP (connection to a PC) may also be limited by the device manufacturer. In this case, the only option is to use ADB or root access.

Access methods with root access and via ADB

For users with an unlocked bootloader and installed root access (via Magisk or SuperSU) access to the file the system is not limited by anything. You can use file managers with root support, such as Root Explorer or Mixplorer. In this case, you get full control over the partition /data/data/where application data is stored in a more secure form than in emulated memory.

An alternative professional method is to use USB debugging (ADB). This method does not require root access, but does need to be connected to a computer and the platform tools package installed. Using the command adb shell you gain access to the device shell. Next, you can use the command run-as to switch the context to the browser user and copy files.

An example of a sequence of commands for extracting a history file via ADB:

adb shell
run-as com.yandex.browser
cp files/Default/History /sdcard/Download/History_backup
exit
adb pull /sdcard/Download/History_backup

This method allows you to copy the history database directly to a computer or to a public folder on a smartphone, from where it can be opened with special apps. Usage run-as works only for debugged applications, but in some cases it also works for release versions of browsers if USB debugging is enabled. This is a powerful diagnostic tool.

Why might the run-as command not work?

The run-as command is intended for developers and only works with applications built in debugging mode (debuggable=true). Release versions of Yandex.Browser from the Play Market have the debuggable=false flag by default, so direct access through run-as may be prohibited by the security system.

Analysis of the structure of the History file and related data

The file History is a SQLite database. Inside it, the data is organized into tables. The main table containing visit records is usually called urls. It stores the site address, page title, number of visits and timestamps. Time stamps in Chrome and Yandex.Browser are stored in the format WebKit Timestamp —these are microseconds that have passed since January 1, 1601.

In addition to the main file, you can find a number of other important files in the profile folder that affect the operation of the browser. The file Web Data contains information about auto-filling forms, and Cookies stores session data of sites. Deleting or corrupting these files will result in you having to re-enter passwords and settings on all sites.

To view the contents of the history file on your computer, you will need a special app, for example DB Browser for SQLite or a browser extension. When you open the file, you will see the table structure. The table visits is linked to the table urls via ID and contains the exact time of each specific visit to the page, even if you visited the same site many times.

File name	Data type	Purpose	Can be deleted
History	SQLite DB	Log of visited URLs	Yes (reset history)
Cookies	SQLite DB	Site cookies	Yes (will exit from accounts)
Web Data	SQLite DB	Autofill forms	Yes (delete saved data)
Favicons	SQLite DB	Site icons	Yes (icons will be reloaded)

Clearing and restoring history data

The easiest way to clear history is to use the built-in browser tools. Go to Settings → Privacy → Clear data. Here you can select the period (per hour, per day, all time) and data types. This is a safe method that correctly resets counters and deletes records from the database without violating its integrity.

If your goal is to completely delete the history file manually (for example, to free up space or hide traces), you can simply delete the file History from folder Default. The next time you run Yandex Browser it will detect the absence of a file and create a new, empty one. However, if the file History-journal remains, the browser may try to recover data from it.

Restoring deleted history is only possible if you have a backup copy of the file. If you copied the file History before cleaning, you can return it to its place by first closing the browser. It is important that the browser version during recovery matches the version that created the file, otherwise the database structure may not be suitable.

• 🗑️ Manual file deletion History is more effective than standard cleaning, since it removes the physical storage medium.
• 🔄 Synchronization with a Yandex account can restore history from clouds even after manually deleting a local file.
• ⏳ The history file grows linearly: a year of active correspondence and surfing takes up about 5-10 MB of space, which is not critical for modern drives.

⚠️ Attention: If you use Yandex synchronization, clearing history on one device can start the process of deleting entries on all synchronized devices (PCs, tablets). Disable synchronization before manually clearing files if you want to save data in the cloud.

Frequently asked questions (FAQ)

Is it possible to read a history file without a computer, directly on your phone?

Yes, this is possible, but you will need to install a third-party application for working with SQLite databases, for example SQLite Editor. However, most of these applications also require root access to access the protected folder Android/data. Without root access, opening a file directly on your phone is extremely difficult due to system access restrictions.

Why did the history appear again after deleting the file?

Most likely, you have synchronization enabled with your Yandex account. When launched, the browser checks the local database against the cloud one and downloads missing entries. It is also possible that you deleted only the file History, but there was a file History-journal or a backup copy in the folder that the browser used to restore.

Where is the history stored in Incognito mode?

Browsing history in Incognito mode is not saved to disk to file History. Session data is stored exclusively in random access memory (RAM) and is destroyed immediately after closing all incognito tabs. It is impossible to find traces of such visits in the file system unless a memory dump was taken while the browser was running.

Does the size of the history file affect the speed of the browser?

On modern devices with fast flash memory and processors, the impact of the history file size (even several hundred megabytes) on operating speed is negligible. The SQLite database is optimized for working with large volumes of records. The slowdown can only be observed on very old devices with slow eMMC 4.x memory.