Obsidium protector

Obsidium v1.5.2 Build 11 with crack | license

Compatibility

Obsidium is available for 32-bit (x86) and 64-bit (x64) Windows systems. While mostly identical, there are some minor differences. Please refer to this page for a comparison of the two versions.

The 32-bit version and any protected executables it generates are fully compatible with any NT-based1 Windows operating system ranging from Windows NT 4 SP6 to Windows 10 (both 32- and 64-bit versions). It only supports protection of 32-bit executables.

The 64-bit version and any protected executables it generates are fully compatible with any 64-bit Windows operating system starting from Windows XP x64. It only supports protection of 64-bit executables.

Both version support virtually all types of natively compiled applications (EXE, DLL, SCR, etc.) as well as .NET executables. Protected applications are fully compatible with current security technologies such as DEP, UAC and ASLR.

Obsidium itself requires at least Windows 2000 (32-bit) or Windows XP x64 (64-bit) or a later version. Key Features

Code Virtualization

Code Virtualization allows you to transform certain parts of your application's code in order to make them harder to reverse-engineer, understand or modifiy. Native machine code will be converted into functionally equivalent byte code for a virtual CPU that is interpreted during runtime.
Encryption, compression and obfuscation of application code and data

In order to prevent disassembly and static analysis or modification of your program file on disk, your application's code and data will be encrypted using a strong and fast cipher (AES) and its integrity verified. Additionally, you may choose to compress your application which will typically reduce the size of the executable by more than 50 percent.
Runtime code encryption

Important parts of your code can be encrypted individually, providing extra protection against modifications while the program is running. Protected code will only be decrypted in memory while it is being executed. You may also protect code in such a way that it can only be decrypted if a valid license key is present.
Time trials

Obsidium allows you to easily integrate time trial functionality into your software in order to create time-based 'Try Before You Buy' applications. You may specify a fixed expiration date or set the application to expire after a certain number of days or executions.
Integrated licensing systems using strong public key cryptography

Obsidium offers two built-in licensing systems that take advantage of high security asymmetric encryption to prevent generation of fake license keys. Depending on your individual needs, you may choose between long and short license keys (using RSA and elliptic curve cryptography, respectively) which can be delivered to your customers in binary or textual form. Both types of license keys support fixed expiration dates, hardware locking and license dependent code encryption. Both internal licensing systems enable you to store some additional data in generated license keys, allowing you to implement custom licensing models.
Dongle support2

Obsidium features built-in support for two different types of USB dongles manufactured by Senselock.
USB Licensing
Click to enlarge
USB Licensing2

USB Licensing allows licenses to be locked to virtually any USB device such as flash drives, thus offering simple and inexpensive dongle-like functionality.
Protection SDK directly supporting Visual C++, C++ Builder, Delphi, C#, Visual Basic, PureBasic and others

Include files and sample applications demonstrating the use of advanced features and the comprehensive protection API are included in the Obsidium package.
Network Licensing App Certificate
Click to enlarge
Network Licensing2

Easily adopt a concurrent user licensing model using the Network Licensing feature. After buying a pool of floating licenses, end-users install a Network Licensing Service in their local corporate network, which manages and distributes licenses to individual users within the network. Flexible licensing options allow for the adaptation to most common usage scenarios.
String Protection
Click to enlarge
Transparent string protection

Obsidium's string protection feature allows you to transparently hide string constants used throughout your application by removing them from their original memory location and placing them inside the protection code, thus making analysis of protected applications even more time-consuming.
Automation of protection and license generation

If supported by your development environment, newly compiled applications can be protected immediately using a dedicated command line version of Obsidium which allows direct access to almost all of its features. Moreover, a license key generation library is included (as a Windows DLL and Linux CGI) that can easily be integrated into your existing or a third party online licensing/activation service. Try it online.
Transparency and ease of implementation

Implementing Obsidium in your application is quite easy and does not require any advanced programming skills. The protection system is completely self-contained and does not depend on the installation of additional components such as services or drivers. It is fully transparent while applications are in an unprotected state and does not interfere with your usual development and debugging process.
Counter-measures against disassembling, debugging, dumping and patching

Obsidium implements a number of counter-measures against various techniques and tools commonly used by crackers.
Blacklisting of stolen or compromised license keys

License keys that were stolen (e.g. by credit card fraud) or leaked by a customer can be added to a blacklist, thus invalidating the offending licenses in the next release of your software.
Integrated customer database

Obsidium's integrated user database allows you to keep track of your customers and any license keys you issued to them.
Hardware locking

License keys may be locked to a specific system by computing a unique digital fingerprint using a user-defined list of system components such as CPU, mainboard, operating system, hard disk and MAC address.
Watermarks

Securely embed watermark data into protected files in order to further discourage unauthorized redistribution and trace software leaks back to their source.
File integrity checks

Protected applications can be configured to validate a user-defined list of files during startup and refuse to run if any unauthorized modifications are detected.
Transparent data file encryption

Data file encryption will transparently intercept read/write operations to a user-defined set of files and encrypt/decrypt any data written to/read from these files. This feature allows your application to securely access data files containing sensitive information without having to implement any encryption routines yourself.
Full Unicode compatibility

Password protection

For additional protection or to prevent unauthorized use of your software, a password may be selected that has to be entered in order to start the program.
Multilingual user interface