google-dork-list

How to Use Google Dorks?

To use a Google Dork, you simply type in a Dork into the search box on Google and press “Enter”. Here are some of the best Google Dork queries that you can use to search for information on Google.

Google Dork Queries Examples:

  • site:.edu “phone number”– This Dork searches for websites on .edu domains that contain the words “phone number”. student “phone number” – This Dork searches for websites on .edu domains that contain the words “student” and “phone number”.
  • inurl:edu “login” – This Dork searches for websites on .edu domains that contain the words “login”. This Dork searches for school websites that contain student login information.
  • “powered by vbulletin” site:.edu – This Dork searches for websites on .edu domains that contain the words “powered by vbulletin”. This Dork searches for school websites that are running on the vbulletin forum software.
  • “powered by vbulletin” site:.gov – This Dork searches for websites on .gov domains that contain the words “powered by vbulletin”. This Dork searches for governmental websites that are running on the vbulletin forum software.
  • “powered by vbulletin” site:.mil – This Dork searches for websites on .mil domains that contain the words “powered by vbulletin”. This Dork searches for military websites that are running on the vbulletin forum software.
  • “powered by vbulletin” inurl:.edu – This Dork searches for websites on .edu domains that contain the words “powered by vbulletin”. This Dork searches for school websites that are running on the vbulletin forum software.
  • “powered by vbulletin” inurl:.mil – This Dork searches for websites on .mil domains that contain the words “powered by vbulletin”. This Dork searches for military websites that are running on the vbulletin forum software.
  • inurl:.com “powered by vbulletin” – This Dork searches for websites on .com domains that contain the words “powered by vbulletin”. This Dork searches for websites that are running on the vbulletin forum software.
  • inurl:.edu “register forum” – This Dork searches for websites on .edu domains that contain the words “register forum”. This Dork searches for school websites that allow you to register for a forum.
  • inurl:.gov “register forum” – This Dork searches for websites on .gov domains that contain the words “register forum”. This Dork searches for governmental websites that allow you to register for a forum.

Scraper API provides a proxy service designed for web scraping. With over 20 million residential IPs across 12 countries, as well as software that can handle JavaScript rendering and solving CAPTCHAs, you can quickly complete large scraping jobs without ever having to worry about being blocked by any servers.

Google Dorks Updated Database for Files Containing Usernames:

intitle:"index of" "db.properties" | "db.properties.BAK
intitle:"index of" "credentials.xml" | "credentials.inc" | "credentials.txt
"'dsn: mysql:host=localhost;dbname=" ext:yml | ext:txt "password
jdbc:sqlserver://localhost:1433 + username + password ext:yml | ext:java
intitle:"index of" "password.yml
intitle:"index of" "sitemanager.xml" | "recentservers.xml
intitle:"index of" "filezilla.xml
"DefaultPassword" ext:reg "[HKEY_LOCAL_MACHINESOFTWAREMicrosoftWindows NTCurrentVersionWinlogon
filetype:csv intext:"Secret access key
inurl:user intitle:index of ext:sql | xls | xml | json | csv
jdbc:mysql://localhost:3306/ + username + password ext:yml | ext:java -git -gitlab
intitle:"index of" "/parameters.yml
"CREATE ROLE" + "ENCRYPTED PASSWORD" ext:sql | ext:txt | ext:ini -git -gitlab
File contains Sensitive Information
"index of" "users.frm
intitle:"index of" "tomcat-users.xml
intitle:"index of" "/ftpusers
intitle:"index of" "users.sql
allintext:username filetype:log
intitle:"index of" service.grp
intitle:index.of "users.db
"username.xlsx" ext:xlsx
inurl:/_layouts/mobile/view.aspx?List
"authentication failure; logname=" ext:log
inurl:/profile.php?lookup=1
intext:"root:x:0:0:root:/root:/bin/bash" inurl:*=/etc/passwd
inurl:"/root/etc/passwd" intext:"home
site:extremetracking.com inurl:"login
intext:"SteamUserPassphrase=" intext:"SteamAppUser=" -"username" -"user
inurl:root.asp?acs=anon
filetype:conf inurl:proftpd.conf -sample
filetype:log username putty
filetype:reg reg +intext:"internet account manager
filetype:reg reg HKEY_CURRENT_USER username
+intext:"webalizer" +intext:"Total Usernames" +intext:"Usage Statistics for
inurl:php inurl:hlstats intext:"Server Username
index.of perform.ini
"index of" / lck
inurl:admin inurl:userlist
inurl:admin filetype:asp inurl:userlist
intitle:index.of .bash_history
intitle:index.of .sh_history

A Google Dork is a search query that looks for specific information on Google’s search engine. Google Dorks are developed and published by hackers and are often used in “Google Hacking”.

Google Dorks are extremely powerful. They allow you to search for a wide variety of information on the internet and can be used to find information that you didn’t even know existed.

Because of the power of Google Dorks, they are often used by hackers to find information about their victims or to find information that can be used to exploit vulnerabilities in websites and web applications.

Google Search Engine is designed to crawl anything over the internet and this helps us to find images, text, videos, news and plethora of information sources. With it’s tremendous capability to crawl, it indexes data along the way, which also includes sensitive information like email addresses, login credentials, sensitive files, website vulnerabilities, and even financial information. In many cases, We as a user won’t be even aware of it.

Google Dork is a search query that we give to Google to look for more granular information and retrieve relevant information quickly. For example, try to search for your name and verify results with a search query [inurl:your-name]. Analyse the difference. You just have told google to go for a deeper search and it did that beautifully.


  • cache:

    • [cache:www.google.com web] will show the cached
      content with the word “web” highlighted. This functionality is also accessible by
      clicking on the “Cached” link on Google’s main results page. The query [cache:] will
      show the version of the web page that Google has in its cache. For instance,
      [cache:www.google.com] will show Google’s cache of the Google homepage.
  • link:

    • [link:www.google.com] will list webpages that have links pointing to the
      Google homepage.
  • related:

    • [related:www.google.com] will list web pages that are similar to
      the Google homepage.
  • info:

    • [info:www.google.com] will show information about the Google
      homepage.
  • define:

    • The query [define:] will provide a definition of the words you enter after it,
      gathered from various online sources. The definition will be for the entire phrase
      entered (i.e., it will include all the words in the exact order you typed them). Eg: [define:google]
  • stocks:

    • If you begin a query with the [stocks:] operator, Google will treat the rest
      of the query terms as stock ticker symbols, and will link to a page showing stock
      information for those symbols. For instance, [stocks: intc yhoo] will show information
      about Intel and Yahoo. (Note you must type the ticker symbols, not the company name.)
  • site:

    • If you include [site:] in your query, Google will restrict the results to those
      websites in the given domain. For instance, [help site:www.google.com] will find pages
      about help within www.google.com. [help site:com] will find pages about help within
      .com urls. Note there can be no space between the “site:” and the domain.
  • allintitle:

    • If you start a query with [allintitle:], Google will restrict the results
      to those with all of the query words in the title. For instance,
      [allintitle: google search] will return only documents that have both “google”
      and “search” in the title.
  • intitle:

    • If you include [intitle:] in your query, Google will restrict the results
      to documents containing that word in the title. For instance, [intitle:google search] will return documents that mention the word “google” in their title, and mention the
      word “search” anywhere in the document (title or no). Putting [intitle:] in front of every
      word in your query is equivalent to putting [allintitle:] at the front of your
      query: [intitle:google intitle:search] is the same as [allintitle: google search].
  • allinurl:

    • If you start a query with [allinurl:], Google will restrict the results to
      those with all of the query words in the url. For instance, [allinurl: google search] will return only documents that have both “google” and “search” in the url. Note
      that [allinurl:] works on words, not url components. In particular, it ignores
      punctuation. Thus, [allinurl: foo/bar] will restrict the results to page with the
      words “foo” and “bar” in the url, but won’t require that they be separated by a
      slash within that url, that they be adjacent, or that they be in that particular
      word order. There is currently no way to enforce these constraints.
  • inurl:

    • If you include [inurl:] in your query, Google will restrict the results to
      documents containing that word in the url. For instance, [inurl:google search] will
      return documents that mention the word “google” in their url, and mention the word
      “search” anywhere in the document (url or no). Putting “inurl:” in front of every word in your
      query is equivalent to putting “allinurl:” at the front of your query:
      [inurl:google inurl:search] is the same as [allinurl: google search].

Google search service is never intended to gain unauthorised access of data but nothing can be done if we ourselves kept data in the open and do not follow proper security mechanisms.

Essentially emails, username, passwords, financial data and etc. shouldn’t be available in public until and unless it’s meant to be. Example, our details with the bank are never expected to be available in a google search. But our social media details are available in public because we ourselves allowed it.

Ending Note

Google Search is very useful as well as equally harmful at the same time. Because it indexes everything available over the web.

You need to follow proper security mechanisms and prevent systems to expose sensitive data. Follow OWASP, it provides standard awareness document for developers and web application security.

Scraper API provides a proxy service designed for web scraping. With over 20 million residential IPs across 12 countries, as well as software that can handle JavaScript rendering and solving CAPTCHAs, you can quickly complete large scraping jobs without ever having to worry about being blocked by any servers.


Note: By no means Box Piper supports hacking. This article is written to provide relevant information only. Always adhering to Data Privacy and Security.


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