The development of web applications has been a standard solution in recent years due to the different possibilities.
Closing the gap to modernization
Innovative companies need to modernize their application portfolio to enable innovation while reducing technical debt and costs. To do this for your organization, you must design the right cloud architecture for your applications. Wavemaker supports you in building a modernization strategy that will help you participate. Implement legacy app modernization for enterprises–
Business agility: Ability to respond to new opportunities, threats and demands on time.
Transformation roadmap: Establish a vision with a tactical plan and measurable results to modernize the business.
Talent and digital experience: Highly qualified resources capable of innovating through a digital strategy.
Budget allocation: Viable strategy to redistribute budget from operating cost to innovation.
Data Estate: Architecture and infrastructure for interconnected data that can be used for Business Intelligence and other data science practices.
User experience: Create meaningful and relevant experiences for users.
Types of software development lifecycles
As they said earlier, only one type of SDLC is generally divided into five or seven phases, which they will see later. However, companies apply different models or shots of these cycles depending on the software solution they are creating.
They will not directly address these types since they depend on the kind of company and the project you are developing. However, they will mention the most common, such as:
- The agile model.
- Rapid application development.
- The Scrum method.
Here at wavemaker, they’re firm believers in the Scrum methodology, and they believe that it is probably the most effective among all the software development methodologies currently available.
The SCRUM methodology uses an agile framework to manage projects such as software development effectively and progressively through the use of sprints and the division of work into different sections that can be carried out within a specific period.
They’re not going to analyze in-depth the frameworks on SDLC rapid application development methodology. However, they will say that it is one of the most adaptable and adaptable work methodologies that follow the Software Development Life Cycle almost perfectly.
Examples of web applications
Google and Microsoft 365 web applications are some of the best-known examples. They offer, among other options, word processors, spreadsheets, e-mail programs and online storage.
The Google web application suite also facilitates teamwork by allowing you to share documents and your calendar and enable different members to access the same version simultaneously, regardless of their location and device. But they use many applications every day to interact with their friends and family, carry out banking procedures or online purchases.
Characteristics of a web application
However, all web applications have some characteristics in common:
- They do not need to be downloaded and installed on the device. They are hosted on the server and accessed from any browser, avoiding any space limitation.
- They are very compatible and accessible. A single development is required to run on different operating systems and be accessible from any device with an internet connection.
- Its maintenance and updating are simple. There is no incompatibility between versions because all users use the same performance.
What is rapid application development, and what benefits does it bring?
The Rapid Application Development (RAD) model is an agile software development technique that prioritizes rapid prototype releases and iterations. Unlike the waterfall methodology, RAD takes more into account the use of the software and the user’s input than the rigorous planning and recording of the requirements. Customize your enterprise web application framework.
Here are some of the benefits of rapid application development model:
- Increases versatility and adaptability, as developers can make necessary adjustments immediately during the development process.
- Quick iterations reduce development time and speed delivery.
- Code reuse is encouraged, thus reducing manual programming and consequently reducing both the chance for errors and trial periods.
- Customer satisfaction is increased thanks to the high level of collaboration and coordination between the parties involved, such as developers, customers and end-users.
- There is better risk management, as the people involved can discuss and address different vulnerabilities without stopping development processes.
- The surprise factor is reduced since, unlike the waterfall methodology, there are integrations in the earliest phases of the software development processes in the rapid development of applications.