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Hello everyone, I am happy to announce a new member of our team: @NoFear! Please give him a warm welcome. I'm sure most of you are already familiar with some of the excellent guides he's put up here and also how much of a help he's been to the users in the Requests section.

Hello everyone, Please give a warm welcome to the newest member of our moderating team, @geribaldi! He has been very active and helpful to us this far, and we look forward to the opportunity for him to help even more

Yup yup. I like to drop the 1183 when I'm able to. Most games I use 1183 since NoFear is "taken". and thank you.

In this topic will be published various useful information.

Alterantives for GameGuardian Memory Editor: ® GameCIH ® GameKiller ® SBgameHacker (Game Hacker) ®Cheat Engine ® Youxia Scan Memory / ScanMem / aScanmem ®Panda Assistant ®Huluxia ® Slash Game Buster Speedhack: XModGames ® GameCIH ® SBgameHacker (Game Hacker) ® Youxia ®Huluxia ® GMD Speed Time Clones of GameGuardian 6.0.5 (memory editor + speedhack): ® HaXplorer DaxAttack iOS: iGameGuardian GameGem GamePlayer Windows Phone: Nothing Found.

Im happy to see we have a intelligent administrator who give the right guys (lol) this job. I look forward to a good cooperation with you, d2 and enyby

Thank you guys for your trust. So let us rock this community

Congrats! Chose a good/active user to be apart of the GG team.

@geribaldi is now a moderator:

I will be sending you a PM to discuss details _______________________________________________ added 0 minutes later Hired!!!! xD Just kidding. It's true though, thanks for posting this for me lol.

Group search format: value1; value2; value 3: region In total, you can specify from 2 to 8 values. The region should be 1 to 65535. The larger the area, the slower the search and more memory is needed for it. If the region is not specified, it is assumed to be equal to 512. The value can be specified as a number or in hexadecimal with a pointer type, or in the reverse hexadecimal. For example: 10 - 10 type Auto. 10B - 10 with the type Byte. 10F - 10.0 with the Float type. 10X - 10 with the type of Xor. 0Ah - 10 in hexadecimal notation. 0A00hD - 2560 in hexadecimal notation and the type Dword. 0A00rW - 10 in reverse hex and Word type. Contact hexadecimal notation allows you to record the bytes as they are in the memory, not doing their permutation. For example, the number ABCDEFh in memory will be written as EF CD AB. Instead of rearranging the bytes yourself, you can simply write EFCDABr. Thus, you can write something like: 10; BCh; 0A00hW; FFEErD; 1.234F: 2345 And it will search with GG. The most simple and obvious use - Search byte string in memory. The maximum length is 4 * 8 - 32 bytes. For example: "6E 6E 62 61 65 64 72 6F 66 5F 6D" It: 62 61 6E 6ErD; 65 64 5F 66rD; 72hB; 6FhB; 6DhB: 11 The only negative - will be found all the permutations of these numbers.

Algorithms' typical break-ins 1) The value is not encrypted and known. A typical case would be for money, stars, coins, resources, etc. 1. Search Type - "Known". Data type - usually, Auto, if you are not sure. 2. Open GG, search for the number that we are want change in the game. This will find a lot of values. 3. We return to game and making changes in the game to crack parameters: earn or spend. 4. Re-open GG and search again for the new value. 5. Repeat steps 3-4 until there are only a few values. To speed up the drop-out extra values, I recommend using different ways to change the value on 3 step. For example, alternative way for change hacked value. 6. If you have only a few values - change each one, or all of them at once, or however you want to do it. That is all. 2) The value is unknown and/or encrypted. A typical case of an unknown value - any scale/bar. For example health, mana, nitro, etc. The changes are seen, but no numerical values are visible. A typical case for encrypted values would be money, stars, coins, etc., but when searching with 1 algorithm does not find anything, or change of found values do not lead to changes numbers in game. 1. Search Type - "Unknown". Data type - usually, Auto, if you are not sure. 2. Open GG, run a search for the unknown value. This will return lots of search results. 3. We return to game and making changes in the game to crack parameters: earn or spend. 4. Re-open GG, in search of the unknown value, select the desired option: "Value changed". Here it is possible to use variants of "Value increased" or "Value decreased", if you truly believe the value is changing one way or the other. However, I want to say that things are not always as they seem. For example, instead of accounting for the life of the character, it may take into account the damage received, and this value increases with a decrease in life. Therefore it's safer to use variants of "Value unchanged" / "Value changed", because that issue doesn't affect these search types. 5. We hide GG, in the game we do different things that do not change the hacked value. It is desirable that they are complicated and can change all other parameters expect hacked. 6. Open GG, in search of the unknown, select the desired option: "Value unchanged". 7. Repeat steps 3-6 until there are only a few values. To narrow down the results faster, I recommend using different ways to perform steps 3 and 5, because it can more effective rather then run same action every time. For example, drive a race to earn money and then drive a race not earning money. In fact, you can change a lot of parameters, and what there can be, according to the difference between them, to understand which one is correct. 8. If you have a few values - change each one, or all of them at once, or however you want to do it. That is all. 3) The value is encrypted (Mode Hacking). A typical case for encrypted values would be money, stars, coins, etc., but when searching with 1 algorithm does not find anything, or change of found values do not lead to changes numbers in game. 1. Search Type - "Known". Data type - usually, Dword, if you do not know anything further. 2. Open GG, select "Mode Hacking", search for the number that we have in the game, will find a lot of values. 3. We return to game and making changes in the game to crack parameters: earn or spend. 4. Re-open GG and again search for the new value. The checkbox "Mode Hacking" must be selected. 5. Repeat steps 3-4 until there will be little value. To speed up the drop-out extra values, I recommend to use different ways to change the value on 3 step. For example, alternative way for change hacked value. 6. You have small count of values - change, or all at once, or what we want. This is all. 3 algorithm is much faster than 2, but it may not work for all games. General algorithm hacking 1. Make sure that the game is not online: 1. works without connection to the Internet; 2. does not require to choose a server to connect; 3. there is no opportunity to play with other players via the Internet; 2. Check that the hacks parameter is not stored on the server: 1. it should work without the Internet; 3. Try to crack using known search (1 algorithm) for a value in memory. 4. If nothing is found, or a change in the values found does not lead to the desired results - try to crack using a unknown search (2 and 3 algorithm). If, however, in which case nothing is found, or a change in the values found does not lead to the desired results - try to crack not the option, but that affects him. For example, instead of breaking amount of money, you can crack the value of a thing and sell it. Or rather buy a negative price. There may also be doned with a known or unknown searches.

In version 7.2.0, you can search for more / less. For example, to 100.0 without decimal places, looking for all that and more is less than 101.0 100.0. Here's a video with the burglary: Hacking Star Bus Rush search very rapidly changing values Breaking distance runner in Champions Riding Trails 3D example of a float variable search range Endless life in the GTA: Vice City hacking and freezing the variable

Using filters The annex contains the filters, which is not in any similar application. Currently filters work with Java code. This means that they are not very fast, and can consume a lot of memory. In the future, filters will be improved and rewritten in C. So, what is a filter? Filters are special rules used to filter the current results. Unlike dropout filters do not affect the status of the search. Once you remove the filters, everything was back to the same state it was in before filtration. What is comfortable? You can search for any special significance, not being afraid to make a mistake and lose the rest. Filters are available on "..." button, click Filter. After his selection will be shown the settings window filters: Consider the order of each field: Filter, not more than - specifies the number of entries to filtration See, no more than - specifies the number of entries displayed in the search results Then came various filters, which we will consider later. So far, the return to the mechanism of the filters in order to understand why we need these two numbers. I must say about the second - is the number of results you see at the end of the search. It always works, even if you do not select any filter. It is necessary to bring the first 1000 results, please enter 1000 and presses apply. At least 10 million. The value is not limited in any way. But remember, the more results you upload, the more memory consumption. Then the memory is not enough, and the system washes GG. So do not put very many. We looked at how many found: In this case, we found 8,674,304 results and shows the first 100, and you need 10 000. So you put the filters in the second number 10 000. And get your 10 000 results, and then change them all. And then the game because of it flies, as you there is something broken. But that's another story. Let's go back to the first field in the filters. To understand what it means, you need to talk a little bit about how filters work. So, imagine that we have included filters and found 10 million results. The application will receive the results and check each against all filters. Get results the program is not everything, but no more than that number, which is indicated in the first field. Why not more? Because as soon as the typed number to display, continue to receive will be discontinued. Returning to the example. 10 million total results. Filter we will be 1000, and output 100. This means that there will be obtained the first 1000 results and tested for the filters. Those that have passed, but no more than 100 will show. I hope it is clear. Here you can still make an analogy with a sieve. The first number is the amount that you ship in a sieve, and the second - the maximum amount of results of the last sieve. If it has a screen more than the second number, it will be only the first of them. So now on the filters themselves. Their is 5 pieces: Skip similar addresses - if this filter is enabled, after the result which matches the rest of filters, will be missed all the results, the distance to less than or equal to the specified number. Let me explain with an example: is the number 10, it fits the filter, followed at a distance of 8 bytes is the number 11, which is under the filter is not suitable, but if you have activated the filter "to pass close to the address" with a value of not less than 8, then 11, also fall into conclusion. What is comfortable? For example, you know that after the number 10 goes to 12 bytes the desired value. You are filtering by value and turn the filter parameter 12. Example of usage. Address > - skips all options that address more than the specified number. This way you can portions of, for example, 1000, to view all found each time putting here the last address of the found variants. Address < - same as above, but applies to all addresses less parameter. Value > - similar and values. Here there is only a small problem - all values are treated as dword, regardless of what they actually are. So this will work fine only dword. This will be corrected once. Value < When the filter is the number of results displayed, not as a single number or two, but as three numbers. For example, I asked a search of 101 in the first 1000 results: But he was not there: If the filters are included, there are always three numbers: the first - the number of results found, and the second - the number of results submitted to the input filter, and the third - the number of results past the filters. If the filter is not enabled, there may be one or two numbers. If the number is one, it means that all results have shown results. For example, "(20)" means that we have found 20 results, and they are all displayed. If the two numbers, the first number is the number found, and the second - the number shown. For example, "(20/10)" - found only 20 and 10 are shown first. Let's go back to the filters. I still want to find her 101. Somewhere as it should be. And I do not weed out hunting. Therefore, I will increase the number of results submitted to the input filters. By the way, the more of them, the slower will be updated list. Take 100 000 for example: And then we are fine: You can now with these values do something - to remember to change or something else. That's all. Oh yes. When you enter values or addresses, you can enter it in hexadecimal by adding the letter h at the end: 100 = 64h 102 = 66h The result is the same as above, as a record of the same filter, just in a different form. This option can be used in almost every place where you need to enter the number: Edit the values of the variable parameters of filters and so on.

Explanation of status bar Many have noticed the bottom of the application window line with a bunch of obscure characters. Now I will explain why this is necessary, that the symbols mean and how to use it. Let's say you see a line like this: The string consists of four parts, separated by a blank space. In version 7.3.6 and lower parts will be three, not four. So, in order, from left to right: 1. version GG. In this example, "8.0.1b". It allows you to always know the version of the application in the video, or hacking on screen. What gives? If you have another version of the GG, there may not be any functions or they may work differently. Knowing version, this is easily remedied by setting desired. 2. Status of the demon. "D: +", instead of "+" might still be "?". The issue means that running was not a demon. Whether root cause wait, or root not at all. This option is great for debugging and support. 3. Type the search. It appeared since version 8.0.0, before it was not. "S: I" - the possible options: "S: I" - the first search was for a specific number; "S: F" - the first search was fuzzy. This option allows you to answer one very simple question - Was there a boy whether to use the fuzzy search. Mainly useful for helping others, but sometimes it helps to guess on screen / video How to search start. 4. The list of regions of memory used. "R: Ch, Lh, Ca, Cd, Cb, A". It allows you to always know that in the regions selected on the video or screenshot. Accordingly, you can put in their regions in the same way. List of regions: Ch - C ++ heap Jh - Java heap Ca - C ++ alloc Cd - C ++ .data Cb - C ++ .bss A - Anonymous S - Stack O - Other Abbreviations are simple enough to understand what is what, but you can not understand, and put at random until the status line does not coincide with the desired value. Actually all. I hope after this material you will appreciate the convenience of this innovation by following the instructions, the authors did not bother to specify which version of the GG or used regions.