The report will mainly deal with issues to do with microservice architecture. However, it will cover the history of computing which will show the stages for the evolvement of technology in the field of information systems. Moreover, the report will expound on software architecture. The importance of this software will be indicated and explained in detail. The report will guide the technical and non-technical people by showing them the importance of the concepts of microservices architecture. Besides, it will indicate the challenges that are encountered in the concepts and how they can be avoided.
Furthermore, the report will entail the implementation of the system in the contemporary enterprise and how software architecture helps in it. The study will show why software architecture matters when it comes to computing and what reasons can make it be the base for system developments.
A computer is described as a device that automatically performs the functions of computing. Calculations do not basically mean the mathematical issues alone but everything that revolves around our lives. The computer inventors had to learn a lot of things before they could build the device (Koomey et al. 2010). The problems that faced the generation in those times were identified and hence making it easy for the computer inventors to come up with an apparatus that would solve those challenges. The invention of the algorithms made it easy to come up with devices that would be used in adding numbers.
However, the invention and modification of computing show evidence of mechanization. The difference in the information system in the field of computing was brought by the changes in technology. The early years were marked with challenges in computing since the technology was poor (Jadeja & Modi, 2012). The improvement in the technology led to the improvement in computing since there were inventions on the devices that would be used in the calculations.
The technology has taken a new look from generation to generation. At first, there were the analog calculators that were used for computing. The information was inserted manually in the system and an outcome was depicted. The technology rotating the computing system continued to improve until a period when a digital calculator was invented (Hicks, 2013). The calculator could only do addition and subtraction arithmetic. Therefore, with time the binary number system was brought to existence. the system was appropriate to be used in the machines since it was indicated by the on or off switch that was controllable.
The information system entails technology and thus when the type of technology is changed or improved, it is easy for computing to be done (Zadeh, 2013). When dealing with an information system, there is data collection that is enabled by the technology and hence the limit of the collection is determined by the power of the technology.
Software architecture is a technological way of easing complexity when handling something. The computing system depends on the software architecture in the operations since it has elements that enable a better understanding of the system (Medvidovic & Taylor, 2010). The software architecture consists of all the designs of the decisions that need to be implemented for an operation to take place. The computing uses the software architecture in the systems by ensuring that it designs the operations in a more understanding manner.
According to research, the world is continued depending on the software for the operations that take place. The software has been viewed as a tool that is vital in life and its very significant when it comes to controlling the systems. For instance, many of the innovations have been enabled by the use of the software. Computing has gone through different stages which have been facilitated by the technological innovation in software development (Aleti et al. 2012). The traditional ways of computing also depended on software for existence and thus making it a very important element to be used in the information system.
Existing research shows that software architecture developed as a result of technology and for an operation to take place, the software must be of the required capability and quality. Whenever possible the software should be facilitated by a technology that is more improved compared to the previous one for better innovation.
The software architecture has various significance to the contemporary enterprise. The importance that comes with its use has enabled even big companies to implement its use in their systems so that operations will be conducted in a more efficient manner. However, one of the main importance of software architecture is that it is helpful in decision-making (Kotlarsky & Zhu, 2016). When an organization is doing some research concerning a certain system, the software architecture enables the activation of an early design decision in a system. The development of the system will depend on the software for the remaining part to be completed and implemented.
However, studies show that the design decisions that govern a system can be analyzed with the help of software architecture. Before any system is brought to existence, the first step is to analyze the software architecture and ensure that it can bring the expected results. The design decisions that are made at that point are crucial in the implementation of the system and hence making the system to work well.
Moreover, another importance of software architecture is that it enables the concept of a system to be movable. When a system is being developed, there are elements that are used and bringing them together ensures that the system works efficiently. The software architecture ensured that the model for the system is structured and the best quality achieved.
Besides, software architecture is useful in ensuring that there is communication among the stakeholders in the contemporary enterprise. The current businesses are designed in a way that there are departments that are linked by different functionality and where every business benefits from the links (Capilla et al. 2016). The stakeholders in an enterprise may include the owners, suppliers, or even competitors. The software architecture can be used in ensuring that all the stakeholders in the system understand it and can negotiate in the right way.
Different scholars have given their verdict on the stages that were involved in the computing. The use of the software architecture in the system development of different devices enabled the inventors to come up with a more developed apparatus that would be more efficient in the computation. In the past, there were analog devices that were lengthy and were used in doing navigational computations (Whitehill & White, 2010). The devices that were used for calculations in the past had various advantages and disadvantages when compared to the present digital computing apparatus. However, the design decisions were made possible with the use of the software architecture that ensured that there was the development of the systems used in the computing devices and thus making them be digital.
Software architecture is an important element that is used in a system. Meanwhile, there are different types that form the software architecture. Some of the common types of software architecture include cloud architecture, application architecture, security architecture, enterprise architecture, information architecture among others (Rozanski & Woods, 2011).
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