Big Bang Model

The Big Bang Model is the most straightforward model in the Software Development Life Cycle. It necessitates less preparation, more code or programming, and more cash. Because it is inspired by the Big Bang hypothesis, the model name depicts Big Bang. According to the hypothesis, following the Big Bang, a large number of galaxies, planets, and stars form gradually. Similarly, we combined time, effort, resources, and cash to create the finest software solution.

We did not follow any set process or technique in this model, although it did need some forethought. In this paradigm, we build software with time, effort, and resources, yet the outcome may or may not match the needs of the client (customer). This paradigm is not ideal for major software development or sophisticated projects since it is a high-risk model, but it may be used for temporary and experimental or tiny software.

This paradigm is often appropriate for tiny projects with small development teams, such as one or two developers working together to construct a software application or just as a dummy project, and it is also good for academic, learning, or practice projects. It’s a excellent model for a software product if the requirements are unclear or unclear, and there is no delivery date for that software product.

Advantages Of Big Bang Model

• It is a basic model that is straightforward to implement. It is a very easy approach to adopt because there are no Software development life cycle process steps required.
• It takes minimal preparation. There is no need for extensive study and planning; simply begin coding. As a result, there is no need for planning, analysis, documentation, high-level design, and so on.
• It needs fewer resources. This strategy is recommended for small software development projects with 1 to 2 developers collaborating to construct a product or simply as a fake project.
• It is appropriate for modest jobs. Because there is no requirement for a staff and no SDLC process phases, it only handles minor projects.
• It is inexpensive. This paradigm takes fewer resources to implement in software development.
• It is cost-effective since it requires fewer resources, fewer developers, and fewer management costs.
• Easily manageable. As a result, this model is simple to administer. It is suitable for modest, low-risk tasks.
• It has no time constraint for the project, making it very flexible for developers: There is no deployment deadline for the software product, which relieves developers of the burden of developing the product.
• It generates good developers, i.e. full stack developers: This paradigm assists newcomers or students in developing software coding skills in various technologies.

Disadvantages Of Big Bang Model

• It is not appropriate for large or complex tasks. Because it is a high-risk model, we cannot utilize it to construct a large or complex project.
• It is an Extremely Dangerous model. This methodology is dangerous since it requires less preparation and does not need following the SDLC process phases during software development.
• It is characterized by uncertainty. Because the presence of the software product may or may not be used for business purposes, or because the product’s longevity is limited, it has an indeterminate character.
• It is a low-cost model.
• It is the worst model for long-term projects. For a lengthy or large

We focused on one of the SDLC Big Bang models. This is how we create a modest project for learning or at the university level. It is not appropriate for the software business to create a large project as a high-risk model. To produce a software product, the whole software industry now use the Agile approach. This article also discusses the Big Bang model’s advantages and disadvantages.