In the previous article, we explored the life cycle and fundamental methodologies of software development.
Today, we will explore the key stages and technologies involved in custom software development.
Each stage consists of a series of steps that, ultimately, enable a business to create its product. Let's take a closer look at each stage:
Requirements analysis
This stage involves gathering and understanding the client`s needs and requirements. It is crucial to understand what the client wants to achieve and how they envision their future product. Business analysis involves a range of activities required to formalize needs, study processes and necessary functionalities, as well as system peculiarities. The outcome of the business analysis stage is the requirement specification document.
Design and architecture
During this stage the software's architecture is established, outlining its components and how they interact with each other. Developers select the technologies and tools that best suit the project's requirements. Finally, a detailed software development plan is formulated. Prototypes are created to visualize the appearance and logic of the product.
Coding and testing
During this phase, the development team begins the actual coding and programming of the software. They are writing the software code using the chosen technologies stack. Software testing is carried out once the coding process is finished. The purpose of testing is to detect and fix potential errors, and to ensure that the software product meets the client's requirements. Developers conduct both functional and non-functional tests carried out on various platforms and across a range of usage scenarios.
Integration and support
Once the software testing phase is completed successfully, the product is integrated into the business environment. Additionally, support and maintenance are provided, which include employee and technical team training, bug fixes, and updates.
The technologies used in custom software development depend on specific requirements and available resources. These can include various programming languages (such as Java, C#, Python), databases, frameworks, version control systems, and other tools that facilitate the development of efficient and reliable software.
In our practice, we have implemented projects using the following technologies:
With 15 years of experience in software development and implementation, we provide our clients with a comprehensive range of services to ensure successful project delivery.
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