cyberoam hck

How to Hack Cyberoam to Access all blocked sites in college/firm


Hello Frens I am back with another hacking tutorial . This time I will explain you all " How to Hack or Unblock cyberoam to access all blocked sites in college or company" . Tutorial will be noob friendly as everything is explained with the help of snapshots...So to know How to hack cyberoam Read On....
First of all Guys You Must Know What is Cyberoam and What Idea it uses to block the user.



What is Cyberoam :


Cyberoam is Identity-based unified threat management appliances, offer comprehensive threat protection with firewall-VPN, anti-virus, anti-spam, intrusion prevention system, content filtering in addition to bandwidth management and multiple link load balancing and gateway failover.

Identity-based controls and visibility are critical components of network security. With identity and network data combined, enterprises are able to identify patterns of behavior by specific users or groups that can signify misuse, unauthorized intrusions, or malicious attacks from inside or outside the enterprise. Activities and security policy rules can be enforced on network segments based on identity.
THINGS THAT WE NEED TO HACK CYBEROAM??
1.FootPrint IP . (Our Ip that is being footprinted or traced by any website that we visit. In short NAT outside local IP).
2. An Open PORT generally its 3128. (3128 port is active port which is always open If your computer has Network assessiblity.)
3. Proxifer and Its Settings. (any Version after 2.17).
Now that's the only things that we need If we want to hack or bypass the cyberoam Client. Now Detailed Hack Is below...
HACKING CYBEROAM (DETAILED HACK)
Stepwise Description:
1. First of all We need to get the FootPrint IP . Simple Method to Get FootPrint IP.
2. Open Your Mozilla Firefox Web Browser And type the Following Site.
https://your-freedom.de
3. When you Open the Site you will see something like this:




Click On I understand the risk (THIS IS TO ACCEPT SSL CERTIFICATE)




Click on Add Exception




CLICK ON CONFIRM SECURITY CERTIFICATE.




4. Now Guys We have Got the Footprint IP. Next thing is that We Neeed PORT for Accessing It.
USE PORT 3128 as Its open by default on system which have aceess to Internet.
5. NOW DOWNLOAD THE FOLLOWING SOFTWARE (PROXIFIER)

http://www.mediafire.com/?qnmczoxojjw
6. Its a Portable version of Proxifier . So need Not To Install. Just Click on It And Extract Anywhere you want. I prefer In Pen Drive.



7. After that You will Get Some Files LIKE THIS and CLICK ON PROXIFER TO RUN IT.




8. Now see the Task Bar. You will See something Like This. Clcik on that.



9. CLICK ON OPTIONS AND THEN ON ROXY SETTINGS.




10. NOW TO THE FOLLOWING SETTINGS AS SHOWN:




11. Now do the Settings as Shown Below. and Click Ok.




12. Now CLICK OK . AND OPEN THE WEBSITE YOU WANT:




NOW THATS ALL OVER THE FULL TUTORIAL. HOPE YOU WILL ENJOY IT ..

HACK!!!!!!!!!!!!!!

http://labnol-proxy-server.appspot.com

http://gon25.com

http://cablesurf.info

http://t9space.com (use this to visit social networking sites)

or

https://vxschool.com/

http://mybrowncar.com/

http://myredpuppy.com/

https://myapplecar.com/


When you first use it you will need to enter a captcha code to get
in. Its 3-4 characters written in big letters on the front page.
Once you get inside just type in the address of the blocked website
and press the button.

new

http://mirrorrr.appspot.com/

http://www.myfatherisonline.com/

HOW COMPRESSION WRKS PART 3

6.

Searching for Patterns

In our previous example, we picked out all the repeated words and put those in a dictionary. To us, this is the most obvious way to write a dictionary. But a compression program sees it quite differently: It doesn't have any concept of separate words -- it only looks for patterns. And in order to reduce the file size as much as possible, it carefully selects which patterns to include in the dictionary.

If we approach the phrase from this perspective, we end up with a completely different dictionary.

If the compression program scanned Kennedy's phrase, the first redundancy it would come across would be only a couple of letters long. In "ask not what your," there is a repeated pattern of the letter "t" followed by a space -- in "not" and "what." If the compression program wrote this to the dictionary, it could write a "1" every time a "t" were followed by a space. But in this short phrase, this pattern doesn't occur enough to make it a worthwhile entry, so the program would eventually overwrite it.

The next thing the program might notice is "ou," which appears in both "your" and "country." If this were a longer document, writing this pattern to the dictionary could save a lot of space -- "ou" is a fairly common combination in the English language. But as the compression program worked through this sentence, it would quickly discover a better choice for a dictionary entry: Not only is "ou" repeated, but the entire words "your" and "country" are both repeated, and they are actually repeated together, as the phrase "your country." In this case, the program would overwrite the dictionary entry for "ou" with the entry for "your country."

The phrase "can do for" is also repeated, one time followed by "your" and one time followed by "you," giving us a repeated pattern of "can do for you." This lets us write 15 characters (including spaces) with one number value, while "your country" only lets us write 13 characters (with spaces) with one number value, so the program would overwrite the "your country" entry as just "r country," and then write a separate entry for "can do for you." The program proceeds in this way, picking up all repeated bits of information and then calculating which patterns it should write to the dictionary. This ability to rewrite the dictionary is the "adaptive" part of LZ adaptive dictionary-based algorithm. The way a program actually does this is fairly complicated, as you can see by the discussions on Data-Compression.com.

No matter what specific method you use, this in-depth searching system lets you compress the file much more efficiently than you could by just picking out words. Using the patterns we picked out above, and adding "__" for spaces, we come up with this larger dictionary:

1. ask__
2. what__
3. you
4. r__country
5. __can__do__for__you


And this smaller sentence:

"1not__2345__--__12354"


The sentence now takes up 18 units of memory, and our dictionary takes up 41 units. So we've compressed the total file size from 79 units to 59 units! This is just one way of compressing the phrase, and not necessarily the most efficient one. (See if you can find a better way!)

So how good is this system? The file-reduction ratio depends on a number of factors, including file type, file size and compression scheme.

In most languages of the world, certain letters and words often appear together in the same pattern. Because of this high rate of redundancy, text files compress very well. A reduction of 50 percent or more is typical for a good-sized text file. Most programming languages are also very redundant because they use a relatively small collection of commands, which frequently go together in a set pattern. Files that include a lot of unique information, such as graphics or MP3 files, cannot be compressed much with this system because they don't repeat many patterns (more on this in the next section).

If a file has a lot of repeated patterns, the rate of reduction typically increases with file size. You can see this just by looking at our example -- if we had more of Kennedy's speech, we would be able to refer to the patterns in our dictionary more often, and so get more out of each entry's file space. Also, more pervasive patterns might emerge in the longer work, allowing us to create a more efficient dictionary.

This efficiency also depends on the specific algorithm used by the compression program. Some programs are particularly suited to picking up patterns in certain types of files, and so may compress them more succinctly. Others have dictionaries within dictionaries, which might compress efficiently for larger files but not for smaller ones. While all compression programs of this sort work with the same basic idea, there is actually a good deal of variation in the manner of execution. Programmers are always trying to build a better system.

HOW LZ COMPRESSION WORKS ?

Redundancy and Algorithms

Most compression programs use a variation of the LZ adaptive dictionary-based algorithm to shrink files. "LZ" refers to Lempel and Ziv, the algorithm's creators, and "dictionary" refers to the method of cataloging pieces of data.

The system for arranging dictionaries varies, but it could be as simple as a numbered list. When we go through Kennedy's famous words, we pick out the words that are repeated and put them into the numbered index. Then, we simply write the number instead of writing out the whole word.

So, if this is our dictionary:

1. ask
2. what
3. your
4. country
5. can
6. do
7. for
8. you

Our sentence now reads:

"1 not 2 3 4 5 6 7 8 -- 1 2 8 5 6 7 3 4"


If you knew the system, you could easily reconstruct the original phrase using only this dictionary and number pattern. This is what the expansion program on your computer does when it expands a downloaded file. You might also have encountered compressed files that open themselves up. To create this sort of file, the programmer includes a simple expansion program with the compressed file. It automatically reconstructs the original file once it's downloaded.

But how much space have we actually saved with this system? "1 not 2 3 4 5 6 7 8 -- 1 2 8 5 6 7 3 4" is certainly shorter than "Ask not what your country can do for you; ask what you can do for your country;" but keep in mind that we need to save the dictionary itself along with the file.

In an actual compression scheme, figuring out the various file requirements would be fairly complicated; but for our purposes, let's go back to the idea that every character and every space takes up one unit of memory. We already saw that the full phrase takes up 79 units. Our compressed sentence (including spaces) takes up 37 units, and the dictionary (words and numbers) also takes up 37 units. This gives us a file size of 74, so we haven't reduced the file size by very much.

But this is only one sentence! You can imagine that if the compression program worked through the rest of Kennedy's speech, it would find these words and others repeated many more times. And, as we'll see in the next section, it would also be rewriting the dictionary to get the most efficient organization possible.

HOW LZ COMPRESSION WORKS ?

If you download many programs and files off the Internet, you've probably encountered ZIP files before. This compression system is a very handy invention, especially for Web users, because it lets you reduce the overall number of bits and bytes in a file so it can be transmitted faster over slower Internet connections, or take up less space on a disk. Once you download the file, your computer uses a program such as WinZip or Stuffit to expand the file back to its original size. If everything works correctly, the expanded file is identical to the original file before it was compressed.

At first glance, this seems very mysterious. How can you reduce the number of bits and bytes and then add those exact bits and bytes back later? As it turns out, the basic idea behind the process is fairly straightforward. In this article, we'll examine this simple method as we take a very small file through the basic process of compression.

Most types of computer files are fairly redundant -- they have the same information listed over and over again. File-compression programs simply get rid of the redundancy. Instead of listing a piece of information over and over again, a file-compression program lists that information once and then refers back to it whenever it appears in the original program.

As an example, let's look at a type of information we're all familiar with: words.

In John F. Kennedy's 1961 inaugural address, he delivered this famous line:

"Ask not what your country can do for you -- ask what you can do for your country."

The quote has 17 words, made up of 61 letters, 16 spaces, one dash and one period. If each letter, space or punctuation mark takes up one unit of memory, we get a total file size of 79 units. To get the file size down, we need to look for redundancies.

Immediately, we notice that:

* "ask" appears two times
* "what" appears two times
* "your" appears two times
* "country" appears two times
* "can" appears two times
* "do" appears two times
* "for" appears two times
* "you" appears two times

Ignoring the difference between capital and lower-case letters, roughly half of the phrase is redundant. Nine words -- ask, not, what, your, country, can, do, for, you -- give us almost everything we need for the entire quote. To construct the second half of the phrase, we just point to the words in the first half and fill in the spaces and punctuation.

We'll look at how file-compression systems deal with redundancy in more detail in the next section.