At this time, there are basically six kinds of social media. Note, though, that innovation and change are rife.
Social networks
these sites allow people to build personal web pages and then connect with friends to share content and communication. The biggest social networks are MySpace, Facebook and Bebo.
Blogs
perhaps the best known form of social media, blogs are online journals, with entries appearing with the most recent first.
Wikis
these websites allow people to add content to or edit the information on them, acting as a communal document or database. The best-known wiki is Wikipedia4, the online encyclopaedia which has over 2 million English language articles.
Podcasts
audio and video files that are available by subscription, through services like Apple iTunes.
Forums
areas for online discussion, often around specific topics and interests. Forums came about before the term “social media” and are a powerful and popular element of online communities.
Content communities
communities which organise and share particular kinds of content. The most popular content communities tend to form around photos (Flickr), bookmarked links (del.icio.us) and videos (YouTube).
Microblogging
social networking combined with bite-sized blogging, where small amounts of content (‘updates’) are distributed online and through the mobile phone network. Twitter is the clear leader in this field.
Saturday, July 24, 2010
Basic forms of social media
At this time, there are basically six kinds of social media. Note, though, that innovation and change are rife.
Social networks
these sites allow people to build personal web pages and then connect with friends to share content and communication. The biggest social networks are MySpace, Facebook and Bebo.
Blogs
perhaps the best known form of social media, blogs are online journals, with entries appearing with the most recent first.
Wikis
these websites allow people to add content to or edit the information on them, acting as a communal document or database. The best-known wiki is Wikipedia4, the online encyclopaedia which has over 2 million English language articles.
Podcasts
audio and video files that are available by subscription, through services like Apple iTunes.
Forums
areas for online discussion, often around specific topics and interests. Forums came about before the term “social media” and are a powerful and popular element of online communities.
Content communities
communities which organise and share particular kinds of content. The most popular content communities tend to form around photos (Flickr), bookmarked links (del.icio.us) and videos (YouTube).
Microblogging
social networking combined with bite-sized blogging, where small amounts of content (‘updates’) are distributed online and through the mobile phone network. Twitter is the clear leader in this field.
Social networks
these sites allow people to build personal web pages and then connect with friends to share content and communication. The biggest social networks are MySpace, Facebook and Bebo.
Blogs
perhaps the best known form of social media, blogs are online journals, with entries appearing with the most recent first.
Wikis
these websites allow people to add content to or edit the information on them, acting as a communal document or database. The best-known wiki is Wikipedia4, the online encyclopaedia which has over 2 million English language articles.
Podcasts
audio and video files that are available by subscription, through services like Apple iTunes.
Forums
areas for online discussion, often around specific topics and interests. Forums came about before the term “social media” and are a powerful and popular element of online communities.
Content communities
communities which organise and share particular kinds of content. The most popular content communities tend to form around photos (Flickr), bookmarked links (del.icio.us) and videos (YouTube).
Microblogging
social networking combined with bite-sized blogging, where small amounts of content (‘updates’) are distributed online and through the mobile phone network. Twitter is the clear leader in this field.
Sunday, July 11, 2010
LinkWorth Payment Received: USD$25.91
Today, I am very happy to inform all that I GOT PAID AGAIN by LinkWorth. The total amount I get this time it USD$25.91. Yeap, I am quite happy with the payment because it is another extra income for me. If you have not join LinkWorth, you might consider joining LinkWorth because it is truly worth your effort your join it. I GOT PAID 8 TIMES! Yeah!
You might want to look at other payments I have got from LinkWorth below:
Look at all the payments below:
1. LinkWorth Payment: USD$111.04
2. LinkWorth Payment: USD$64.37
3. LinkWorth Payment: USD$79.16
4. LinkWorth Payment: USD$29.45
5. LinkWorth Payment: USD$26.05
6. LinkWorth Payment: USD$59.17
7. LinkWorth Payment: USD$27.07
8. LinkWorth Payment: USD$57.94
Friday, July 9, 2010
Querying for vulnerable sites or servers using Google’s advance syntaxes
Well, the Google’s query syntaxes discussed above can really help people to precise their search and get what they are exactly looking for. Now Google being so intelligent search engine, malicious users don’t mind exploiting its ability to dig confidential and secret information from internet which has got restricted access. Now I shall discuss those techniques in details how malicious user dig information from internet using Google as a tool.
Using “Index of ” syntax to find sites enabled with Index browsing
A webserver with Index browsing enabled means anyone can browse the webserver directories like ordinary local directories. Here I shall discuss how one can use “index of” syntax to get a list links to webserver which has got directory browsing enabled. This becomes an easy source for information gathering for a hacker. Imagine if the get hold of password files or others sensitive files which are not normally visible to the internet. Below given are few examples using which one can get access to many sensitive information much easily.
Index of /admin
Index of /passwd
Index of /password
Index of /mail
"Index of /" +passwd
"Index of /" +password.txt
"Index of /" +.htaccess
"Index of /secret"
"Index of /confidential"
"Index of /root"
"Index of /cgi-bin"
"Index of /credit-card"
"Index of /logs"
"Index of /config"
Using “Index of ” syntax to find sites enabled with Index browsing
A webserver with Index browsing enabled means anyone can browse the webserver directories like ordinary local directories. Here I shall discuss how one can use “index of” syntax to get a list links to webserver which has got directory browsing enabled. This becomes an easy source for information gathering for a hacker. Imagine if the get hold of password files or others sensitive files which are not normally visible to the internet. Below given are few examples using which one can get access to many sensitive information much easily.
Index of /admin
Index of /passwd
Index of /password
Index of /mail
"Index of /" +passwd
"Index of /" +password.txt
"Index of /" +.htaccess
"Index of /secret"
"Index of /confidential"
"Index of /root"
"Index of /cgi-bin"
"Index of /credit-card"
"Index of /logs"
"Index of /config"
Querying for vulnerable sites or servers using Google’s advance syntaxes
Well, the Google’s query syntaxes discussed above can really help people to precise their search and get what they are exactly looking for. Now Google being so intelligent search engine, malicious users don’t mind exploiting its ability to dig confidential and secret information from internet which has got restricted access. Now I shall discuss those techniques in details how malicious user dig information from internet using Google as a tool.
Using “Index of ” syntax to find sites enabled with Index browsing
A webserver with Index browsing enabled means anyone can browse the webserver directories like ordinary local directories. Here I shall discuss how one can use “index of” syntax to get a list links to webserver which has got directory browsing enabled. This becomes an easy source for information gathering for a hacker. Imagine if the get hold of password files or others sensitive files which are not normally visible to the internet. Below given are few examples using which one can get access to many sensitive information much easily.
Index of /admin
Index of /passwd
Index of /password
Index of /mail
"Index of /" +passwd
"Index of /" +password.txt
"Index of /" +.htaccess
"Index of /secret"
"Index of /confidential"
"Index of /root"
"Index of /cgi-bin"
"Index of /credit-card"
"Index of /logs"
"Index of /config"
Using “Index of ” syntax to find sites enabled with Index browsing
A webserver with Index browsing enabled means anyone can browse the webserver directories like ordinary local directories. Here I shall discuss how one can use “index of” syntax to get a list links to webserver which has got directory browsing enabled. This becomes an easy source for information gathering for a hacker. Imagine if the get hold of password files or others sensitive files which are not normally visible to the internet. Below given are few examples using which one can get access to many sensitive information much easily.
Index of /admin
Index of /passwd
Index of /password
Index of /mail
"Index of /" +passwd
"Index of /" +password.txt
"Index of /" +.htaccess
"Index of /secret"
"Index of /confidential"
"Index of /root"
"Index of /cgi-bin"
"Index of /credit-card"
"Index of /logs"
"Index of /config"
Google’s Advance Search Query Syntaxes
Below discussed are various Google’s special commands and I shall be explaining each command in
brief and will show how it can be used for critical information digging.
[ intitle: ]
The “intitle:” syntax helps Google restrict the search results to pages containing that word in the title. For
example, “intitle: login password” (without quotes) will return links to those pages that has the word
"login" in their title, and the word "password" anywhere in the page. Similarly, if one has to query for more than one word in the page title then in that case “allintitle:” can be used instead of “intitle” to get the list of pages containing all those words in its title. For example using “intitle: login intitle: password” is same as querying “allintitle: login password”.
[ inurl: ]
The “inurl:” syntax restricts the search results to those URLs containing the search keyword. For example: “inurl: passwd” (without quotes) will return only links to those pages that have "passwd" in the URL. Similarly, if one has to query for more than one word in an URL then in that case “allinurl:” can be used instead of “inurl” to get the list of URLs containing all those search keywords in it. For example: “allinurl:etc/passwd“ will look for the URLs containing “etc” and “passwd”. The slash (“/”) between the words will be ignored by Google.
[ site: ]
The “site:” syntax restricts Google to query for certain keywords in a particular site or domain. For example: “exploits site:hackingspirits.com” (without quotes) will look for the keyword “exploits” in those
pages present in all the links of the domain “hackingspirits.com”. There should not be any space between
“site:” and the “domain name”.
[ filetype: ]
This “filetype:” syntax restricts Google search for files on internet with particular extensions (i.e. doc, pdf
or ppt etc). For example: “filetype:doc site:gov confidential” (without quotes) will look for files with “.doc”
extension in all government domains with “.gov” extension and containing the word “confidential” either in
the pages or in the “.doc” file. i.e. the result will contain the links to all confidential word document files on
the government sites.
[ link: ]
“link:” syntax will list down webpages that have links to the specified webpage. For Example:
“link:computer-internet-technology.blogspot.com” will list webpages that have links pointing to the computer-internet-technology.blogspot.com homepage. Note there can be no space between the "link:" and the web page url.
[ related: ]
The “related:” will list web pages that are "similar" to a specified web page. For Example:
“related:www.orkut.com” will list web pages that are similar to the Securityfocus homepage. Note
there can be no space between the "related:" and the web page url.
[ cache: ]
The query “cache:” will show the version of the web page that Google has in its cache. For Example:
“cache:www.facebook.com” will show Google's cache of the Google homepage. Note there can be
no space between the "cache:" and the web page url.If you include other words in the query, Google will highlight those words within the cached document. For Example: “cache:www.facebook.com guest” will show the cached content with the word "guest" highlighted.
[ intext: ]
The “intext:” syntax searches for words in a particular website. It ignores links or URLs and page titles.
For example: “intext:exploits” (without quotes) will return only links to those web pages that has the
search keyword "exploits" in its webpage.
[ phonebook: ]
“phonebook” searches for U.S. street address and phone number information. For Example:
“phonebook:Lisa+CA” will list down all names of person having “Lisa” in their names and located in
“California (CA)”. This can be used as a great tool for hackers incase someone want to do dig personal
information for social engineering.
brief and will show how it can be used for critical information digging.
[ intitle: ]
The “intitle:” syntax helps Google restrict the search results to pages containing that word in the title. For
example, “intitle: login password” (without quotes) will return links to those pages that has the word
"login" in their title, and the word "password" anywhere in the page. Similarly, if one has to query for more than one word in the page title then in that case “allintitle:” can be used instead of “intitle” to get the list of pages containing all those words in its title. For example using “intitle: login intitle: password” is same as querying “allintitle: login password”.
[ inurl: ]
The “inurl:” syntax restricts the search results to those URLs containing the search keyword. For example: “inurl: passwd” (without quotes) will return only links to those pages that have "passwd" in the URL. Similarly, if one has to query for more than one word in an URL then in that case “allinurl:” can be used instead of “inurl” to get the list of URLs containing all those search keywords in it. For example: “allinurl:etc/passwd“ will look for the URLs containing “etc” and “passwd”. The slash (“/”) between the words will be ignored by Google.
[ site: ]
The “site:” syntax restricts Google to query for certain keywords in a particular site or domain. For example: “exploits site:hackingspirits.com” (without quotes) will look for the keyword “exploits” in those
pages present in all the links of the domain “hackingspirits.com”. There should not be any space between
“site:” and the “domain name”.
[ filetype: ]
This “filetype:” syntax restricts Google search for files on internet with particular extensions (i.e. doc, pdf
or ppt etc). For example: “filetype:doc site:gov confidential” (without quotes) will look for files with “.doc”
extension in all government domains with “.gov” extension and containing the word “confidential” either in
the pages or in the “.doc” file. i.e. the result will contain the links to all confidential word document files on
the government sites.
[ link: ]
“link:” syntax will list down webpages that have links to the specified webpage. For Example:
“link:computer-internet-technology.blogspot.com” will list webpages that have links pointing to the computer-internet-technology.blogspot.com homepage. Note there can be no space between the "link:" and the web page url.
[ related: ]
The “related:” will list web pages that are "similar" to a specified web page. For Example:
“related:www.orkut.com” will list web pages that are similar to the Securityfocus homepage. Note
there can be no space between the "related:" and the web page url.
[ cache: ]
The query “cache:” will show the version of the web page that Google has in its cache. For Example:
“cache:www.facebook.com” will show Google's cache of the Google homepage. Note there can be
no space between the "cache:" and the web page url.If you include other words in the query, Google will highlight those words within the cached document. For Example: “cache:www.facebook.com guest” will show the cached content with the word "guest" highlighted.
[ intext: ]
The “intext:” syntax searches for words in a particular website. It ignores links or URLs and page titles.
For example: “intext:exploits” (without quotes) will return only links to those web pages that has the
search keyword "exploits" in its webpage.
[ phonebook: ]
“phonebook” searches for U.S. street address and phone number information. For Example:
“phonebook:Lisa+CA” will list down all names of person having “Lisa” in their names and located in
“California (CA)”. This can be used as a great tool for hackers incase someone want to do dig personal
information for social engineering.
Google’s Advance Search Query Syntaxes
Below discussed are various Google’s special commands and I shall be explaining each command in
brief and will show how it can be used for critical information digging.
[ intitle: ]
The “intitle:” syntax helps Google restrict the search results to pages containing that word in the title. For
example, “intitle: login password” (without quotes) will return links to those pages that has the word
"login" in their title, and the word "password" anywhere in the page. Similarly, if one has to query for more than one word in the page title then in that case “allintitle:” can be used instead of “intitle” to get the list of pages containing all those words in its title. For example using “intitle: login intitle: password” is same as querying “allintitle: login password”.
[ inurl: ]
The “inurl:” syntax restricts the search results to those URLs containing the search keyword. For example: “inurl: passwd” (without quotes) will return only links to those pages that have "passwd" in the URL. Similarly, if one has to query for more than one word in an URL then in that case “allinurl:” can be used instead of “inurl” to get the list of URLs containing all those search keywords in it. For example: “allinurl:etc/passwd“ will look for the URLs containing “etc” and “passwd”. The slash (“/”) between the words will be ignored by Google.
[ site: ]
The “site:” syntax restricts Google to query for certain keywords in a particular site or domain. For example: “exploits site:hackingspirits.com” (without quotes) will look for the keyword “exploits” in those
pages present in all the links of the domain “hackingspirits.com”. There should not be any space between
“site:” and the “domain name”.
[ filetype: ]
This “filetype:” syntax restricts Google search for files on internet with particular extensions (i.e. doc, pdf
or ppt etc). For example: “filetype:doc site:gov confidential” (without quotes) will look for files with “.doc”
extension in all government domains with “.gov” extension and containing the word “confidential” either in
the pages or in the “.doc” file. i.e. the result will contain the links to all confidential word document files on
the government sites.
[ link: ]
“link:” syntax will list down webpages that have links to the specified webpage. For Example:
“link:computer-internet-technology.blogspot.com” will list webpages that have links pointing to the computer-internet-technology.blogspot.com homepage. Note there can be no space between the "link:" and the web page url.
[ related: ]
The “related:” will list web pages that are "similar" to a specified web page. For Example:
“related:www.orkut.com” will list web pages that are similar to the Securityfocus homepage. Note
there can be no space between the "related:" and the web page url.
[ cache: ]
The query “cache:” will show the version of the web page that Google has in its cache. For Example:
“cache:www.facebook.com” will show Google's cache of the Google homepage. Note there can be
no space between the "cache:" and the web page url.If you include other words in the query, Google will highlight those words within the cached document. For Example: “cache:www.facebook.com guest” will show the cached content with the word "guest" highlighted.
[ intext: ]
The “intext:” syntax searches for words in a particular website. It ignores links or URLs and page titles.
For example: “intext:exploits” (without quotes) will return only links to those web pages that has the
search keyword "exploits" in its webpage.
[ phonebook: ]
“phonebook” searches for U.S. street address and phone number information. For Example:
“phonebook:Lisa+CA” will list down all names of person having “Lisa” in their names and located in
“California (CA)”. This can be used as a great tool for hackers incase someone want to do dig personal
information for social engineering.
brief and will show how it can be used for critical information digging.
[ intitle: ]
The “intitle:” syntax helps Google restrict the search results to pages containing that word in the title. For
example, “intitle: login password” (without quotes) will return links to those pages that has the word
"login" in their title, and the word "password" anywhere in the page. Similarly, if one has to query for more than one word in the page title then in that case “allintitle:” can be used instead of “intitle” to get the list of pages containing all those words in its title. For example using “intitle: login intitle: password” is same as querying “allintitle: login password”.
[ inurl: ]
The “inurl:” syntax restricts the search results to those URLs containing the search keyword. For example: “inurl: passwd” (without quotes) will return only links to those pages that have "passwd" in the URL. Similarly, if one has to query for more than one word in an URL then in that case “allinurl:” can be used instead of “inurl” to get the list of URLs containing all those search keywords in it. For example: “allinurl:etc/passwd“ will look for the URLs containing “etc” and “passwd”. The slash (“/”) between the words will be ignored by Google.
[ site: ]
The “site:” syntax restricts Google to query for certain keywords in a particular site or domain. For example: “exploits site:hackingspirits.com” (without quotes) will look for the keyword “exploits” in those
pages present in all the links of the domain “hackingspirits.com”. There should not be any space between
“site:” and the “domain name”.
[ filetype: ]
This “filetype:” syntax restricts Google search for files on internet with particular extensions (i.e. doc, pdf
or ppt etc). For example: “filetype:doc site:gov confidential” (without quotes) will look for files with “.doc”
extension in all government domains with “.gov” extension and containing the word “confidential” either in
the pages or in the “.doc” file. i.e. the result will contain the links to all confidential word document files on
the government sites.
[ link: ]
“link:” syntax will list down webpages that have links to the specified webpage. For Example:
“link:computer-internet-technology.blogspot.com” will list webpages that have links pointing to the computer-internet-technology.blogspot.com homepage. Note there can be no space between the "link:" and the web page url.
[ related: ]
The “related:” will list web pages that are "similar" to a specified web page. For Example:
“related:www.orkut.com” will list web pages that are similar to the Securityfocus homepage. Note
there can be no space between the "related:" and the web page url.
[ cache: ]
The query “cache:” will show the version of the web page that Google has in its cache. For Example:
“cache:www.facebook.com” will show Google's cache of the Google homepage. Note there can be
no space between the "cache:" and the web page url.If you include other words in the query, Google will highlight those words within the cached document. For Example: “cache:www.facebook.com guest” will show the cached content with the word "guest" highlighted.
[ intext: ]
The “intext:” syntax searches for words in a particular website. It ignores links or URLs and page titles.
For example: “intext:exploits” (without quotes) will return only links to those web pages that has the
search keyword "exploits" in its webpage.
[ phonebook: ]
“phonebook” searches for U.S. street address and phone number information. For Example:
“phonebook:Lisa+CA” will list down all names of person having “Lisa” in their names and located in
“California (CA)”. This can be used as a great tool for hackers incase someone want to do dig personal
information for social engineering.
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