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How are cracked versions of software created and why are developers not able to prevent it?
Cracked versions of software are created with the use of debuggers. (A debugger is a special type of software that lets programmers deconstruct their software into its constituent parts for the purpose of finding bugs, and thus de-bugging. Additionally debuggers can be used for reverse-engineering, or to see what is inside the software, to learn its logic. The latter method is used mostly by malware researchers to study what malware (or computer viruses) do on-the-inside. But it can be also used by an attacker to "crack" (or bypass) legal software registration, or at times, to alter normal behavior of software, for instance by injecting a malicious code into it.)For the sake of this example, I will assume that the software that is being "cracked" was compiled into a native code, and is not a .NET or a JavaScript based application. (Otherwise it will be somewhat trivial to view its source code.) The compiled native code is a bit more tricky "beast" to study. (Native means that the code executes directly by the CPU, GPU, or other hardware.)So let's assume that the goal of an attacker is to bypass the registration logic in the software so that he or she doesn't have to pay for it. (Later for lolz, he or she may also post such "crack" on some shady online forum or on a torrent site so that others can "use" it too and give him or her their appreciation.)For simplicity let's assume that the original logic that was checking for the software registration was written in C++ and was something similar to the following code snippet:In this code sample "RegistrationName" and "RegistrationCode" are special strings of text that a legitimate software user will receive after paying for the license. (The name is usually that person's actual name or their email address, and the code is some string of unique/special characters that is tied to the name.)In the logic above, the function named "isRegistrationCodeGood()" will check if "RegistrationName" and "RegistrationCode" are accepted using some proprietary method. If they are, it will return true. Otherwise false. That outcode will dictate which branch (or scope) the execution will follow.So the logic above will either show that registration failed and quit:Or, if the registration code and name matched, it will save the registration details in persistent storage (such as the File System or System Registry) using the function named "rememberRegistrationParameters()" and then display the message thanking the user for registering:A "cracker" will obviously want to achieve the second result for any registration code that he or she enters. But they have a problem. They do not have the C++ source code, part of which I showed above. (I hope not!)So the only recourse for an attacker is to disassemble the binary code (that always ships with software in the form of .exe and .dll files on Windows, and mostly as Unix executables inside the .app packages on a Mac.) An attacker will then use a debugger to study the binary code and try to locate the registration logic that I singled out above.Next you can see the flowchart for a snippet of code that I showed in C++, presented via a low-level debugger. Or, as the code will be read in the binary form after compilation:(For readability I added comments on the right with the names of functions and variables. They will not be present in the code that an attacker could see.)(To understand what is shown above an attacker will have to have good knowledge of the Assembly language instructions for the native code.)I also need to point out that having a disassembly snippet like the one above is the final result for an attacker. The main difficulty for him or her is to locate it among millions and millions of other similar lines of code. And that is their main challenge. Not many people can do it and that is why software "cracking" is a special skill.So having found the code snippet above in the software binary file a "cracker" has two choices:1) Modify (or patch) the binary.2) Reverse-engineer the "isRegistrationCodeGood()" function and copy its logic to create what is known as a "KeyGen" or "Key Generator."Let's review both:The first choice is quite straightforward. Since an attacker got this far, he or she knows the Intel x64 Instruction Set quite well. So they simply change the conditional jump from "jnz short loc_7FF645671430" at the address 00007FF645671418 (circled in red in the screenshots) to unconditional jump, or "jmp short loc_7FF645671430". This will effectively remove any failed registration code entries and anything that the user types in will be accepted as a valid registration.Also note that this modification can be achieved by changing just one byte in the binary code from 0x75 to 0xEB:But this approach comes with a "price" of modifying the original binary file. For that an attacker needs to write his own "patcher" (or a small executable that will apply the modification that I described above.) The downside of this approach for an attacker is that patching an original executable file will break its digital signature, which may alert the end-user or the vendor. Additionally the "patcher" executable made by an attacker can be easily flagged and blocked by the end-user's antivirus software, or lead criminal investigators to the identity of the attacker.The second choice is a little bit more tricky. An attacker will have to study "isRegistrationCodeGood()" function and copy it into his own small program that will effectively duplicate the logic implemented in the original software and let him generate the registration code from any name, thus giving any unscrupulous user of that software an ability to register it without making a payment.Vendors of many major software products understand the potential impact of the second method and try to prevent it by requiring what is known as "authentication." This is basically a second step after registration, where the software submits registration name to the company's web server that returns a response back to the software of whether the code was legitimate or not. This is done by Microsoft when you purchase Windows (they call it "Activate Windows") and also by signNow, and many other companies. This second step may be done behind-the-scenes on the background while the software is running, and will usually lead to cancellation of prior registration if it was obtained illegally.So now you know how software is "cracked".Let me answer why it is not possible to prevent it. It all boils down to the fact that any software code needs to be read either by CPU (in case of a binary native code) or by an interpreter or a JIT compiler (in case of JavaScript or .NET code.) This means that if there's a way to read/interpret something, no matter how complex or convoluted it is, an attacker with enough knowledge and persistence will be able to read it as well, and thus break it.There is an argument though that cloud-based software is more secure, which is true, since its (binary) code remains on the server and end-users do not have direct access to it. And even though cloud-based software is definitely the future, it has some major drawbacks that will never allow it to fully replace your conventional software. To name just a few:Not everyone has an internet connection, or is willing to upload their data online. Additionally someone’s internet connection can be very expensive or too slow to make the software run very laggy.Then there’s a question of distributed computing. For instance, Blizzard Entertainment would never make “World of Warcraft” to fully run on their servers due to immense computational resources needed to render every single scene for every player they have. Thus it is in their best interest to let each individual user’s computer to do the rendering instead.As a software developer myself, I obviously don't like when people steal software licenses. But I have to accept it and live with it. The good news is that there are not that many people who are willing to go extra mile and search for a cracked version of software. The main problem for those who do, is that by downloading a patched executable, or an attacker's KeyGen or a Patcher, they are effectively "trusting" him or her not to put anything "nasty" into it that was not "advertised on the package" (stuff like trojans, malware, or keyloggers.) So the question for those people becomes -- is it worth the cost of the software license to potentially infect your system with a nasty virus?On the other side of the equation, some developers react very negatively to any attempts to steal their software licenses. (I was there too.) They try to implement all kinds of countermeasures -- anything from tricking reverse-engineers, to adding booby traps in the code that may do something nasty if the code detects that it is being debugged, to obfuscating or scrambling the code, to enforcing all kinds of convoluted DRM schemes, to blocking users from certain countries. I personally try to stay away from all of those measures. And here's why:A) Any kind of anti-reverse-engineering tactics could be bypassed by an attacker with enough persistence. So why bother and waste my time when I can invest that time into adding something useful to my software that will make it more productive for legitimate users?B) Some code packers could create false positives with antivirus software, which is obviously not good for marketing of that software. It also creates unnecessary complexity for the developer to debug the software.C) Adding booby traps in the code can also “misfire” on your legitimate users, which will really infuriate them and can even lead to lawsuits.D) Any DRM scheme will probably catch some 100 illegal users and greatly inconvenience 10,000 legitimate ones. So why do it to your good customers?E) Our statistics show that about 75% of all illegal licenses come from China, Russia, Brazil, to name the worst offenders. (I also understand that the reason may be much lower incomes that people have in those countries.) The main issue for us though was the fact that if we enforce our DRM or add some strong registration authentication, many people that wanted to bypass our registration would simply use a stolen credit card number. And we had no control over it. Our system will use it to send them a legitimate license only to have the payment bounce in weeks time. As a result we would lose the money that were paid for the license, plus the credit card company will impose an additional chargeback fee to our account, which may range from $0.25 to $20 per bad purchase on top of the license cost.F) As was pointed out in the comments, some companies may actually benefit from allowing pirated copies of their software. Microsoft for instance gets a lot of free publicity from people using their Windows OS, the same goes for signNow with their Photoshop. That is a good point that I agree with.So my philosophy is now this -- if someone wants to go extra mile and steal our software, go for it! They went this far to do it anyway, so they probably have a good reason. On the positive side there are so many other customers that appreciate the work that goes into creating software that greatly outnumber those that don’t.PS. Thank you for all your feedback! It makes me feel good that the knowledge I shared is useful to others.
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What should I look for on my computer if I'm worried about spyware installed by my ex?
Hello concerned user, You are worried about a suspicion that a spyware or keylogger might be installed on your computer? If yes… I would like to educate you more about spyware/keyloggers, what to look for and how to totally get rid of them. For this, I would use the Blazing tools perfect keylogger as a detailed example for you to really understand how spywares work;The Blazing Tools Perfect Keylogger has been chosen for analysis because it has been found hidden in so many Trojans on the Internet and it’s be taught extensively how to get it out totally out of a computer permanently at Rehabculture Hack store. It's a good example of a common hook-type keylogger, although Blazing Tools markets its products to IT administrators and parents, the presence of their keylogger in many Trojans illustrates how people can package legal code and use it for malicious activities. The following features of the "Perfect Keylogger" are of use to anyone trying to spy on an unsuspecting user:Stealth Mode. In this mode no icon is present in the taskbar and the keylogger is virtually hidden.Remote Installation. The keylogger has a feature whereby it can attach to other programs and can be sent by e-mail to install on the remote PC in stealth mode. It will then send keystrokes, screenshots and websites visited to the attacker by e-mail or via FTP.Smart Rename. This feature allows a user to rename all keylogger's executable files and registry entries.This keylogger was installed on a test PC to show you how it works and what to look out for. The following capture, with the help of a tool such as SNAPPER, shows the changes in the files after installing the keylogger, as shown below in Figure 1.Figure 1. File changes made by the Perfect Keylogger.With the help of a free anti-spyware application such as Microsoft Antispyware, the registry entries made by the keylogger as well as its DLLs and EXEs can be seen below in Figure 2.Figure 2. Registry entries, .dll files and .exe files of Keylogger.The keylogger also runs as a background process which can be seen with the help of a tool such as SysInternals' Process Explorer, as shown below in Figure 3.Figure 3. Spyware process running in the background.This same keylogger was next installed on a different test PC through another program's installer and then configured to send keystrokes captured in an email to a test email-id. Ironically, the program used for this example was Spybot Search & Destroy, a legitimate freeware tool that does a good job of detecting spyware. This is a good example of how other legitimate applications can also be used to install spyware, unbeknownst to the reader.The procedure as described above is the Remote Installation feature. The information sent by email was then captured with the help of a network sniffer. For ease-of-use, Ethereal and the corresponding TCP stream is shown below in Figure 4 and Figure 5.Figure 4. Ethereal captures the keylogger's outgoing email.Figure 5. TCP stream of Ethereal capture.Since the content of this email is base64 encoded, the actual output can be seen only after decoding it with a base64 decoder. After passing the output through a base64 decoder, the part of the output of significance is shown as follows:Tuesday, 23 JanuaryIexplore.exe, 10:42 AMPaladion Networks: The Internet Security Architects - Microsoft Internet Explorerahmed_mobarak_1986eg@hotmail.com|alexander [PASSWORD CAPTURED: alexander]It can be seen that the email-id (ahmed_mobarak_1986eg) and the password (alexander) are captured. Similarly, the keylogger can be used to capture all types of passwords including passwords used for proxies, email accounts, and online banking applications. It can also capture programming code typed by a developer, instant messaging text, and the URLs of websites visited by the user.New approaches:With the market being inundated with new anti-spyware products, spyware creators have now resorted to unorthodox methods of sustenance. One such example is the nasty ability of the spyware code to keep reinstalling itself. Although anti-spyware applications can remove the spyware's registry entry from one location, most of them are found lacking in cleaning hidden registry entries that try to have the software reinstalled on boot. Another approach is to make the spyware application load into memory very early in the boot process (before the Operating System loads user-level processes). In this case, when a user tries to uninstall the software with an anti-spyware application, the OS will not allow this as it tries to protect the integrity of a running program (spyware) that it doesn't control.Detection and removal:A spyware application is inherently very different in behavior and operation from a traditional virus or a worm, and therefore to most antivirus software, it may appear as a legitimate program. The fact is, virus signatures are very different from spyware signatures. Firewalls also are ineffective in dealing with them as spyware is either piggybacked with legitimate applications, hidden in a regular image file, or can occur as normal port 80 web traffic.Therefore, the essence of any spyware prevention exercise is first to ensure the operating system is fully patched to known vulnerabilities. The best prevention, aside from switching to less vulnerable operating systems like Mac OS X and Linux, is to educate users that it is not safe to click on anything and everything found on the Web, and they must also install only what is needed. Freebies on the Internet, ones which are often typically advertised in pop-up banners, must be totally abstained from. Other methods of avoiding spyware are to ensure the browser used is configured securely, and to have at least one good spyware detection and removal tool installed. Microsoft Antispyware, Ad-Aware, PestPatrol, and Spy Sweeper are some of the free tools that help in detecting and removing spyware.Please note that spyware is largely, but not exclusively, a problem with Microsoft's Internet Explorer. The user of more modern, feature-rich browsers such as Mozilla Firefox can virtually eliminate the spyware problem altogether. However, it is still the case that some websites are coded to only work with IE, and therefore switching to Firefox may not be a solution for 100% of a user's web surfing needs.Ultimately, the only protection and removal of these spywares/keyloggers is to get a computer security engineer to scan and get rid of these malwares permanently. You can get one at Rehabculture Hack store, because that was where we were taught how to detect and upgrade our system against all trojan horse worms and virus. Be informed, as “Information is power”…
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Can you tell me about the dagcoin or dagchain?
Dagcoin is a unique new cryptocurrency that moves digital tokens away from the blockchain for faster speed and better scalability. Here’s our Dagcoin review.What is Dagcoin?Dagcoin is a cryptocurrency that offers a new type of blockchain technology. With Dagcoin, data is stored and organized using a Directed Acyclic Graph (DAG) system instead of blockchain technology. This allows all users to secure one anothers data by referencing earlier data units created by other users (similar to blockchain). However, it also removes scalability limits commonly encountered on blockchains – like blocksize issues.What does that mean for users? It means Dagcoin is 300 times faster than bitcoin and has 30 times cheaper transaction fees.You can download Dagcoin wallets today for Mac, Android, Windows, and Linux. Dagcoin will also be available for trade on exchanges before the end of July 2017.Another unique feature of Dagcoin is that you can earn coins through educational programs. Dagcoin has an educational partner called DAG Corporation that rewards you with free Dagcoins in exchange for completing courses.Benefits of DagcoinDagcoin sees itself as a superior cryptocurrency with many important advantages over bitcoin. Here are some of the major advantages of Dagcoin:Fast Transactions:Blockchain transactions are taking more and more time to confirm. In contract, transactions on the “DAG chain” take less and less time as the network of users grows.Low Transaction Fees:Regular transactions have a small fixed fee regardless of the amount that is sent. More complex transactions like conditional payments have bigger transaction fees.Open Source:Both Dagcoin and the platform it’s built on, Byteball, are open source. The code is available for anybody to see and check.Eco-Friendly:The process of mining is old and requires tremendous amounts of computing power. As the Dagcoin - The Common Money website explains, that “means huge electricity consumption.” Therefore, Dagcoins are generated without physical mining.Easy to Use:Dagcoin emphasizes ease of use, regardless of your experience with cryptocurrencies or blockchain technology. It starts with a user-friendly payment solution available for users and merchants, as well as easy ways to send/receive coins. As the website explains, sending Dagcoin “is as easy as sending an e-mail.”“Great Investment”:The Dagcoin website claims that the coins are a great investment because the “overall market is rallying towards a trillion dollar market cap and Dagcoin with new technology has huge growth potential.”The History of DagcoinIf you’re like most people in the cryptocurrency community, then you’ve never heard of Dagcoin. Here’s how the digital token came to exist.The idea first formed in December 2016. By March 2017, the Dagcoin development team begun coding the platform. In June 2017, they launched on a testnet, created the tokens, issued Dagcoins, begun distribution, and issued beta releases for the wallets. They also launched the Dag Explorer platform.In July, Dagcoin published its whitepaper online and began a digital marketing campaign. By August, Dagcoin plans to implement an automatic fee system, multi-signature support, multi-wallet, and a chatbot.Future planned features include P2P payments in chat, conditional payments, prediction markets, along with a full merchant API launch before October 2017.In 2018, Dagcoin plans to go mainstream.Who Created Dagcoin?Dagcoin is led by Founder and CEO Nils Grossberg. The company is based in Estonia.Dagcoin Educational OrganizationOne of the unique things about Dagcoin is that the organization has partnered with some type of educational platform where you can earn Dagcoins in exchange for completing various courses. You pay a fee (in USD), then complete the course, learn about cryptocurrency, and earn Dagcoins in return.There are six different packages available online through DAGCOIN Info - Team & info website (not official dagcoin website), including:Starter ($100 USD): Learn about the fundamentals of cryptocurrencies, then receive 100 Dagcoins upon completion.Explorer ($500 USD): Gives deeper insight into what cryptocurrency is and how to excel in the art of selling. Receive 500 Dagcoins upon completion.Advanced ($1,000 USD): Advanced course that teaches the technical aspects of cryptocurrency and takes your sales skills to an advanced level. You receive 1000 Dagcoins upon completion.Expert ($2,500 USD): Teaches you how to be an outstanding public speaker and how to present your ideas. You receive 3000 Dagcoins upon completion.Pro ($5,000 USD): Explains how to become a professional in sales while providing a thorough guide to psychology and human behavior. You receive 6000 Dagcoins on completion.Mentor ($12,500 USD): This is an intensive course for becoming a top level leader and mentor. You receive 17,500 Dagcoins upon completion.Dagcoin ConclusionUltimately, Dagcoin is a non-blockchain cryptocurrency based on Byteball. The currency has a fixed total supply of 1,000,000,000 Dagcoins. It emphasizes faster transaction speeds and lower transaction costs than blockchain-based cryptocurrencies like bitcoin. Chatbots, conditional payments, decentralized exchanges, and P2P payments are all available with DagcoinDagcoin also has a unique educational program where you can pay a fee in USD in exchange for receiving a cryptocurrency education. On the completion of the program, you receive payment in Dagcoins. It’s unclear how these programs are connected to Dagcoin (if at all). You can find the educational programs at DAGCOIN Info - Team & info website (not official dagcoin website), while the main Dagcoin website is found at Dagcoin - The Common Money. You can also find the digital token’s extensive and detailed whitepaper here.Dagcoin’s developers are based in Estonia. The developers are preparing to roll out the platform over trhe remainder of 2017 and beginning of 2018
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