It has been told many times before: the protection of programs becomes a topic that can no longer be left isolated. Let's examine why. Also, the competitor's program - if running under virtual execution-based systems such as Sun's Java or Microsoft's .NET platform - is simple to decompile, possibly giving an advantage over the rival, but it is also very simple to crack these software. Software plagiarism has progressed to a international scale. Next are a few figures around hacking.

Probabilities of getting captivated for computer data copying or other illegitimate software piracy activities are not so steep which causes that some individuals don't mind participation in this variety of penal deed. All illegal software activities together toll the computer business approximately $15-$20 billion annually, these are devastating numbers. Calculates are 40% of all software programs are pirated copies. Obviously, such patterns and attitude are devastating. Can something be done? Yes! As a consequence, it has gone urgent that creators start to fight software piracy by at least protecting their applications to protect their income.

At first, the developer must protect software registration functions as good as feasible. Since it exists applications as well as hardware related tools that manage a outstanding job, many programmers trust on these for program protection. Verifying all around protection techniques is a immense project for programmers, but protection can notbe left out.

There are as well applications bringing in a powerful licensing scheme to the application that is secured, the so-called complete solution programs. Total protection packages implement a fundamental danger for all applications protected by this package because as soon as the supplied registration function is cracked, they are all crackable in the corresponding manner. Shareware programmers often utilise a combination of protection routines in an effort to oppose piracy. It is often acknowledged though that the better solution is to use a protector that secures the programmer's own implemented certification system.

Aid for developers who have any experience with protective programming, is found in protectors whose developers have most certainly learned the securest guarding routines. This gets us to cumulative possibilities for programmers:

* Software verifies its certification status and legitimate functioning via live activation servers. The disadvantage here is the possibility of incorrect or not running online servers, customers without 24/24 internet accessibility besides software eating internet bandwidth.

* Demo application incapable of distinct functions. The developer has not included a few important functions in a trial variant, this renders hacking useless. Clients are sent a seperate download link for the full application, often it is required to uninstall the trial or demo variant before setting up the full version. The disadvantage here is that crackers can find the full version which ruins all, this is often attained after stealing someone's credit card number online.

Third party programs offer extra help for all who are not proficient with program protection, these can be divided in software and hardware based solutions.

* Guarding code is implemented as a stub or wrapped around the protected application, this category is named the software based protectors. This category provides a giant assortment of programs, ranging from unreliable to very good. Protectors have seen a general use in the past and are very common in the shareware and gaming industry.

* The software based hardware lock is a protector that locks the tool to a specified computer. For a low price, some of these protectors put up a firm to hack solution, the disadvantage is that the vendor needs purchasing a new licensing when switching pc's. Hard disk, sound card, processor, graphics card etc supply a specific number that can be used for hardware locking. Remark that hardware locking makes sure that a unique license can not be utilised on multiple computers but is tied to the specified computer it was bought for.

* The most frequent hardware based locks are Dongle locks and USB Drive Locks. Despite the disadvantages of these schemes like price, missing accessibility of a port and misplacing of the hardware compound which has been rather challenging, both schemes have known some commercial success. The shielded software needs the presence of an external piece of hardware to trigger off the program, e.g. through the connection to a parallel port or a USB port. Hardware based forms of hardware locking are certainly not uncrackable but they are not often in the posession of crackers which attains that the shielded software is often left uncracked, so they are often reserved for expensive software or for software that only sells a few copies every year.

So far a brief overview about the most utilised program protection for creators, obviously, the difficulty is to choose wisely because there exists a great range of possibilities indeed. Perhaps the preceding could aid!