The computer is definitely an efficient device which can act as a good supplement for two or more human beings. It can store data, calculate large figures, maintain records and accomplish many other tasks. But the computer can work even more efficiently with specific software installed to tackle specific tasks. Different tasks or businesses may require different type of software with specific functionalities. Hence almost always software is developed in a customized manner so that it can meet the requirements of the user. The software basically aids the hardware to work smoothly and efficiently.
The creation of software includes several steps. Not everybody can develop software as it requires incorporation of detailed knowledge in the computer languages. The steps of software development are collectively called SDLC or Software Development Life Cycle. Apart from the software engineer, the client and the user should take equal interest in the process of development so that there is no flaw in the end product. The popularity of custom software has increased by leaps and bounds and almost all sectors like banking, corporate firms, industrial units and educational institutions favor software that is designed keeping the particular industry’s needs in mind. As all of them have different needs, the software designs also vary accordingly.
When you are aiming to create software for a particular niche, you need to start with proper planning. The details of the features that you must get in the software should be jotted down at the initial stage. This will allow the developer to conceptualize the software and make it suitable for the purpose. The second important step is analysis of the concept chalked out primarily. Proficient software engineers invest a lot of time and patience to figure out the probable defects that can occur in the end product and try to solve these problems before the end product takes shape.
Designing is the third and most important step. Here the software developer prepares a blueprint keeping in mind all the customizations to be made in the software. He also makes a list of the tasks that the software can accomplish. Once the designing part is over, the software engineer selects a language in which he would like to design the software or simply goes with the client’s preference. Writing the codes for the software needs a lot of patience and careful attention. One single error can make the entire effort useless and this is why the engineers remain extra cautious while writing codes. After successful completion of the coding process, the software is ready to be tested.
The software is run on a system in order to ensure that it is free from all sorts of errors and needs no rectification. It is installed on a live system and checked several times. If there is a trace of malfunction, it is corrected right there before the software is delivered to the client. If you are having software created which is novel and unique to your business it would be wise to discuss with and remain in touch with the developer from the word go, as only you will know what your business needs and the developer can create a product befitting your requirements.
Software development these days is one of the most critical processes of technology especially when the whole world seems to depend on it. The most common lapse found in the technological processes that any company follows is the tendency to overlook the importance of debugging and this often leads to horrendous outcomes and invariably results in the ruining of the software which might have cost hundreds or millions of dollars. For e.g. a simple bug could create havoc in some of the important developmental software of strategic security organizations. Not a pleasant thought, is it?
These slip-ups can occur from both the sides; from the side of the organization in programming and the code sourcing when the programmers are developing the necessary codes. It can turn out to be an expensive proposition if a software developing company commits such kind of errors and according to a report published by the National Institute of Standards and Technology, such errors approximately costs the US economy a staggering $59.5 billion yearly. Almost, 1/3 of these expenses can be completely avoided if an infrastructure is set up to avoid the development of such errors after proper identification in the programming process itself.
How this can be achieved is through discovering the error during the execution of the program itself and communicating it to the proper department in the software developing company. If the error goes unnoticed now, then in the later stages of system integration, it would be quite expensive to repair it. The company which is developing the software can examine that portion of the code responsible for the error and allocate the fault removal to a particular developer. These developers can make sure that they are not letting other problems enter into the code while fixing it.
Developers make mistakes because of a number of reasons. Ignorance, stress and boredom with the repetitive work are some of them. A developer has no understanding of the codes that might have been written by someone else. Some may not even be aware of today’s systems and their tough codes. Today’s software systems actually possess an umpteen number of codes. When the developers are supposed to fix up different pieces of code for software development, all they make use of is the knowledge of codes that they have to begin with. They work without the complete knowledge of the proper codes and without any clear information about the interactions between different systems of codes and so any piece of software written by them is likely to develop errors.
In today’s stressful and competitive world, when the process of software development has become so fast, developers are required to meet deadlines by managers. Due to such time limitations and consequent pressures, often there is hasty coding. Most of the time, mistakes are found in those codes that have not been tested due to lack of time. These mistakes are caused due to the speedy execution of the development procedure when the developers are just supposed to rush through the coding data. In the end, monotony of the programming task is also a simple reason why developing errors are becoming such a common phenomena.
This website uses cookies that are necessary to its functioning and required to achieve the purposes illustrated in the privacy policy. By accepting this OR scrolling this page OR continuing to browse, you agree to our Privacy Policy