![]() ![]() In addition to limiting (binding) the license to a specific computer, you can limit the license use to certain dates, and specify the number of launches of a registered application or the number of days it can be used. These registration keys will only work on one specific computer. Furthermore, the Enigma Protector can restrict the use of a license to a particular computer through adding information about the user's computer into the registration key. A registration key generation system can be easily embedded into automated registration systems such as ShareIt!, RegNow, Plimus, and others. The Enigma Protector will eliminate these threats as no one except yourself will be able to generate licenses for your applications. This allows hackers to create their own license generators (key generators), which surely does not stimulate sales. ![]() Many programmers make a mistake trying to implement algorithms for license validation and generation themselves, or misuse the ready-made solutions. Here, strong means that the complexity of algorithms used for registration key generation is comparable to the RSA algorithm with the key length up to 4096 bits. The Enigma Protector suggests flexibility in the integration of a license verification system based on cryptographically strong asymmetric algorithms into software and license (registration key) generation systems. The scheme where a license key is provided to a registered user is often used upon selling software over the Internet. Comprehension of such a code is almost impossible, not to mention its modification. When a secure module is run, part of the program and protection code is translated (decompiled) into the so-called PCODE (a programming language which can only be read by the Enigma Protector) and the decompiled code is executed in its own virtual processor. The most powerful and sophisticated mechanism for executable files protection. Virtual Box will protect your files, and will prevent them from being copied and used in third-party products. ![]() This function supports all kinds of files – dll, ocx, mp3, avi, etc. The unique technology offers a possibility to consolidate the files used by your application into a single module without loss of efficiency. The tools have a user-friendly and simple interface and a wide range of unique features. The Mailer allows generating and sending template-based e-mails (for example, messages about a purchase made or a new version available) to registered users. License Manager allows you to store and process purchase orders, to generate registration keys and store various customer records in a database. The Enigma Protector allows you to limit the number of application launches and the number of days that the application can be used since the first launch, to specify the dates of the first and last launch, as well as the time of each run. Trial limitations restrict functioning of the application to a certain period of time and once it is expired, the program has to be either uninstalled from the computer or registered (purchased). Various methods of code obfuscation, mutation and virtualization will help protect your application from hacking, modifying, disassembling, illegal retrieval of unique functions and data, etc. The use of attack-proof cryptoalgorithms for registration key generation will make it impossible for others to reconstruct or reproduce the registration key generator for your software. The Enigma Protector will make your software resistant to cracking, and thus will increase your sales. The protected files can be run on all versions of Windows 95/98/ME/2000/XP/2003/Vista/2008/Seven/.1/10 and Windows 11. NET files created using various development tools, such as MS Visual Studio C#/C++/VB/VB.NET, Borland Delphi/C++, FreePascal, MASM, TASM and others. The supported formats include almost all types of 32- and 64-bit executable files (exe, src, dll, ocx, bpl, etc.) and. ![]() The Enigma Protector includes a wide range of unique features aimed at protecting executable files from illegal copying, hacking, modification, and analysis. ![]()
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