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Full Stack Development with React & Node JS(Live).

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Preparation Package for Working Professional.

Full Stack Development with React & Node JS (Live).

Data Structure & Algorithm Classes (Live).

Inside the places.sqlite database file, there are two tables, moz_places and moz_annos, that store information needed to find downloaded files.

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So now that we know which Firefox SQLite file contains visited site history ( places.sqlite), let’s take a look at a couple of tables in that database file to understand how to structure a useful query. Not all files for every system are listed, and some files on this list may not be found on other systems. Note: This list was compiled from multiple sources.

webappstore.sqlite: stores Document Object Model (DOM) storage data.

places.sqlite: stores the history of visited sites.

permissions.sqlite: stores site-specific permissions.

formhistory.sqlite: stores form input data.

content-prefs.sqlite: stores site-specific content preferences.

Notice that unlike Chrome, Firefox includes the file extension type in the name: Now that we know where to find the files, we need to know what each file actually stores.

Inside the History SQLite file, the downloads table stores relevant information for identifying downloaded files. Chrome is rather simplistic in its order structure, thus making it easy for us to only deal with one file- History. Knowing now where the relevant Chrome SQLite files are located and what information is stored in each, let’s take a look at the table structure to help form a userful query. Not all files for every system are listed, and some files on this list may not be found on other systems

Web Data: stores miscellaneous information such as autofill, credit card, or keyword data.

Top Sites: stores information regarding top visited sits.

Shortcuts: stores shortcut information for frequently visited sites.

History: stores site history information, such as downloads, URLs, and visits.

Favicons: stores favicon information for visited sites.

Cookies: stores cookie data for visited sites.

Now that we know where to find the files, we need to know what information is stored in each:

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If you do not have SQLite installed, you can download here for Windows: and using the following commands for Linux: We’ll explore how SQLite is similarly used by each browswer and how to access each their respective data using native shell commands. Basically, it is a database application whose file format is used by many other applications to store persistent data, which is easily accessed without the burden of an external service (such as MySQL, MSSQL, etc.). As defined by - “SQLite is a C-language library that implements a small, fast, self-contained, high-reliability, full-featured, SQL database engine”. Luckily, both browsers utilize a SQLite format file to store this information to disk. ( If you care in the slightest about maintaining forensic integrity, you know this is the correct scenario!)

You are analyzing a forensic copy taken of the suspected compromised machine’s drive.

You can only access the suspected compromised machine remotely (think Secure Shell or PowerShell Remoting).

The simple answer is “sure”, but consider two scenarios where that might be infeasible: You might be thinking- “Can’t I just open up Chrome or Firefox and check the history in the browser?”.

Since there is a high probability of a security incident spawning from an end-user workstation, it’s important to know where to find artifacts these browsers create because of their potential usefulness in an investigation.

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Additionally, a quick poll of my colleagues, family, and friends who are Windows users revealed that when available, most users will choose to use Chrome. If you’re an avid Linux user like myself, you very well know that almost every distro comes with either of these browsers installed. According to, Google Chrome currently (as of January 2020) holds a 63.62% market share of browsers used and Mozilla Firefox holds a 4.39% share. In order to further understand what initiated the event, we concern ourselves with what sites the user has browsed and what he or she has downloaded, whether intentionally or inadvertently. Often times, a security incident involves actions taken by a user, such as opening a malicious email attachment or downloading a file from a visited website.

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