Ionworx SecureCode是一款基于运行时的源代码加密技术而设计的全新的VCL保护系统。它防止了您的竞争对手或软件破解人员对您软件的反编译或反设计。

如果您在使用您自己的授权保护程序或您希望保护您的技术，SecureCode使您的代码看来不是源代码。

Ionworx SecureCode提供了强大的副本保护程序，因为即使您的授权保护被攻破，您的软件还是安全的。我们的保护程序将您源代码的每一部分都进行了加密与保护。

没有有效密码，代码的受保护部分将不能运行。

保护你的技术

Borland代码干扰系统帮助软件发布者基于antidebugging保护程序与运行时的加密保护敏感的代码区域。防止软件被反设计与非法反编译。

如果您拥有重要代码并且您不希望您的竞争对手了解您的技术，该解决方案将通过SecureCode保护您的知识产权。

您可以使用SecureCode防止反设计或您可以将它作为您当前注册方案的附加保护。

开发人员能将任何他们希望保护的程序或功能加密。这些功能只在使用的时候才解密，功能一旦完成又立即加密。同样可以拥有当程序运行时实时启用或禁用的嵌入式加密功能。

SecureCode的安全性能在您软件内部。这对您的应用程序防止一般破解绝对是一大优势。SecureCode的保护基于两种方法：运行时加密或运行时解压块代码。SecureCode并不对所有源代码进行加密/解密 – 只对在您工程代码中用特殊符号标记出来的代码加密/解密。

只有插入有效的注册码时才能运行所有受保护的代码 – 否则，不能运行代码（例如，您能保护已注册的功能或程序）

SecureCode是第一款实现不需要放置在可执行文件中的解密密码就能在运行时加密的保护系统。PE Cryptor以及其它工具都需要在可执行文件里保留密码，所以，这些工具的密码更易破解。

这种方法非常成功，以至于一些其它的保护方案现在也在使用我们这种保护理念。

SecureCode是第一款提供“代码解压”以防止破解的软件保护系统。

如果您的软件正在使用“块代码解压”进行保护，您的软件将始终受到保护直到解密验证通过为止，因为代码是从可执行文件中提取出来的。为增强安全性能，您可以根据机器码锁定可执行文件。只能在指定的机器上运行代码块。只有SecureCode能提供此类保护。

Ionworx SecureCode is a new VCL protection system based on runtime source code encryption technology. It protects against decompilation or reversing-engineering of your software by your competitors or software crackers.

If you use your own Licensing Protection or if you want to safeguard your technology, SecureCode obfuscates the code not on the source level.

Ionworx SecureCode provides strong copy protection because even if your Licensing Protection is broken, your software is always safe. Our protection encrypts and secures any portion of your source code.

Without a valid key, the protected portion of code cannot be executed.

Protect your technology

Borland code obfuscation system to helps software publishers to protect their sensitive code areas based antidebugging protection and runtime encryption. Prevent software against reverse engineering and illegal decompilation.

If you have important code and you don't want your competitors to see your technology, the solution is to protect your intellectual property with SecureCode.

You can use SecureCode as protection against reverse-engineering or you can use it as additional protection with you current registration scheme.

The developer can encrypt any procedures or functions they want to protect. These functions are only decrypted as they are used, then encrypted again as soon as the function is completed. One can also have nested encryption that is enabled and disabled in real time as the program is run.

SecureCode's security is internal to your software. This is an advantage for your application to prevent against generic cracks. SecureCode Protection is based on 2 methods : Runtime Encryption or Runtime Extraction block code. SecureCode does not encrypt / decrypt all source code - only the fragments that you have selected with special markers inside your project code, see example here.

All protected code can be executed only when a valid key is inserted - otherwise, the code cannot be executed (e.g : you can protect registered functions or procedures).

SecureCode is the first protection system to implement a Runtime Encryption System without the decryption key residing inside the executable. PE Cryptor and other tools keep the key inside the executable, so it's easy to decrypt it.

This implementation is so successful that some other protection schemes are now using our protection idea.

SecureCode is first software protection system to offer "Extraction Code" protection to prevent cracks.

If your software is protected using "Extraction Block Code" protection, your software will stay protected until decryption was valided, because the code is extracted from the executable file. To increase security, you can lock the executable with MachineID. The code blocks will only be executed on the specified machine. Only SecureCode can offer this protection.