SVK Protector

SVK Protector - Provides copy protection for your software and so allows you to secure your products
SVK Protector is a powerful tool offering both software developers and distributors a protection of their software products against unauthorized copying, use and distribution. SVK Protector is programmed in Assembler, which is a synonym for high speed and special programming techniques that cannot be used in advanced programming languages.

Using SVK Protector you can easily create demo and trial versions that expire after a number of executions or days. The SVKP uses for software protection registration keys and is able to code some parts of a protected application, which will be decoded only with the right registration key. It uses RSA keys of 2048-bites length, which ensures impossibility of false registration keys generation.

SVK-Protector protects compiled programs in destination executable file (EXE, DLL, OCX, or SCR). Moreover, it includes other progressive technologies: API callings that enable communication of a protected application with its protection; active protection against dumping from memory, and tracers; detection and remove of all types of breakpoints used by debuggers.

Main features of SVK Protector:

Implementation of 2048-bits public/private encryption algorithm.

Implementation of dynamic memory reallocation of the protection system.

Protected application is covered by strong encryption algorithm Rijndael.

Impossible to create fake registration keys for protected application.

Implementation of new encryption method called metamorphism in the code.

Encoding part changes by every coding - no possibility to create static decoder.

Possibility to encrypt parts of protected application with 2048-bits encryption algorithm. Impossible to uncover without appropriate key.

Ability to detect debugging using new technology designed by Author. Ability to detect and/or remove possible breakpoints of all types - first application with this capability at all.

Ability to detect „Ice Dump" used by crackers - first protection system with this capability at all.

New techniques used to block tracing in debugger or disassembling.

Ability to use drivers in encoding process.

Prohibition to change code of application being protected and protection of application integrity even if running.

Advanced protection against memory dump (using tools like ProcDump, Adump etc.).

New anti-debug tricks against kernel debuggers (VC debugger,W32Dasm ...)

Allows creation of time-limited or execution-limited version of protected application.

Most of the protective application written in Assembler (smaller parts in C++) that grants high speed and low response times and allows usage of special programming techniques.

Compression of the loader code, protected file expands only about 50Kb.

Compresion of the aplication.

Generating of registration keys, based on the specific computer system.

API functions for interaction between application and protection routines.

Command-line feature.

Possibility to change encryption algorithm.

Ability to lock application with license key.

Ability to remove .reloc section from EXE files.

New feature enhancing the security of the protected application - Strip overlays.

Possibility to Move code from entry point.

Full editable messages for SVK Protector.

Ability to check expiration date for licence.

Posiibility to change name of the registration key.

New feature – Stolen Keys.

Full editable Nag Screen for Trial version of the protected aplication


Requirements of SVK Protector:

CPU: Pentium 75 MHz (min)/Pentium 233 MHz and more (recommended)

Memory: 16 MB RAM (min)/32 MB RAM (recommended)

Graphics card: VGA (min)/SVGA and better (recommended)

Operating system: Windows 95, Windows 98, Windows ME, Windows NT4 Workstation, Windows 2000, Windows XP


Limitations of SVK Protector:

use of license keys

load and save project

use of special blocks

SVKP special API calls

Move code from entry point

SVKP data simulation for special EXE files

Free Download ( Evaluation | 1.8 MB )