However, the term systems development life cycle can be applied more universally, not only across projects where software is the primary deliverable, but other types of IT solutions that involve hardware, network, and storage components, or even business or mechanical systems.


The product life cycle is the set of commonly identified stages in the life of commercial products. Each cycle in the spiral begins with the identification of objectives for that cycle and the different alternatives are possible for achieving the objectives and the imposed constraints. Its a complete plan outlining how the software will have to be born, raised and eventually be retired from its function.


A project management life cycle is a framework comprising a set of distinct high-level stages required to transform an idea of concept into reality in an orderly and efficient manner. What product lifecycle management software gives you is a representation of a product production cycle in a digital format. A life cycle model represents all the methods required to make a software product transit through its life cycle stages.


From information requirements to final implementation, the system development life cycle is an ongoing process. Merge conflicts occur when developers make concurrent changes to the same part of the code. Software testing is the process of checking whether every feature of the website is appropriate and matches with the actual requirement that was presented at the initial stage of web development process.


The life cycle analysis of a product enables your organization to make efficient pricing policies with respect to each stage of the product. In an age where software development is a core function of most organizations, specific and detailed processes need to be in place to ensure information systems are well developed. Unlike a product life cycle where the stages flow in a linear direction, a software development life cycle has different methodologies.


As a discipline, it has grown from a mechanical design and engineering focus to being applied to many different vertical-industry product development challenges. Like any software development project, the implementation of a software product is complex and tiered. Software development life cycle only looks at software components development planning, technical architecture, software quality testing and deployment of working software.


Though it ranks as the fourth stage in the project management life cycle, the monitoring phase continues right from the initiation. Team leaders need to monitor the performance of members to make sure that all tasks are on the right track. So here is a comparison of most of the project management life cycle models and explanation of the advantages and disadvantages of process models in software engineering.


In short, the primary difference between hardware and software development life cycles is the testing of not only individual components but the final assembly as well. The product life-cycle is an important tool for marketers, management and designers alike. The best option is simply the alternative with the lowest life cycle cost or net present value. Life-cycle cost analysis is a structured method of determining the entire cost of a structure, product, or component over its expected useful life by adding the cost of operating, maintaining, and using it to the purchase price.

Want to check how your Software Life Cycle Processes are performing? You don’t know what you don’t know. Find out with our Software Life Cycle Self Assessment Toolkit: