Learn about their service offer for App Modernization solutions:
They master the end-to-end process, be it an application still running on the mainframe, client-server, multi-tier, or even within the database. Their experts analyze all the options, using frameworks and tools, proposing the best ways to update each critical element of the company. Implement legacy app modernization for enterprises–
– The strategy of the day is designed according to the client’s business, made and adapted to each case;
– Use and development of AI platforms to accelerate conversion time and code modernization, allowing to achieve up to 90%-time savings compared to traditional development;
– Specialized services in the post-conversion phase (quality, security and integrated performance and back-testing);
– Follow-up of the entire process with your team, from consulting to final delivery;
– Mission-critical DNA, which distinguishes us for working with highly essential environments and applications;
The modernization approach that has the most significant impact and value to the organization is recommended, mapping the seven modernization options in terms of their effect on technology, architecture, functionality, cost, and risk.
Their modernization process will consider the routines and functions of your company and the best options to give continuity to the activities. Talk to their team of specialists, and let’s define the next step towards digital transformation!
The SDLC cycle represents the software development process. And know the frameworks on SDLC rapid application development methodology–
1. Compilation and analysis of requirements
During this phase, all relevant customer information is collected to develop a product according to their expectations. Ambiguities should be resolved only at this stage.
The business analyst and the Project Manager set up a meeting with the client to gather all the information, such as what the client wants to build, who will be the end-user, and the purpose of the product. Before creating a product, a basic understanding or knowledge of the product is very important.
In this phase, the requirement compiled in the SRS document is used as input, and the software architecture used to implement the development of the system is derived.
3. Implementation or coding
Implementation/coding begins once the developer gets the design document. The software design is translated into source code. All software components are implemented in this phase.
Testing begins once the coding is complete and modules are released for testing. In this phase, the developed software is thoroughly tested and the defects found are assigned to the developers to fix. Customize your enterprise web application framework.
Regression testing is rerun to the point where the software meets the customer’s expectations. The testers consult the SRS document to ensure that the software meets the customer’s standard.
Once the product is tested, it is deployed to the production environment or, the first UAT (User Acceptance Test) is performed based on customer expectations.
In the case of UAT, a replica of the production environment is created, and the customer, together with the developers, does the testing. If the client finds the application as expected, the client provides the signature to start working.
After a product is deployed to the production environment, developers take care of product maintenance. If a problem arises and needs to be fixed or improvements need to be made.
Different stages of the RAD model
Five mains benefits of the rapid application development model are being followed.
The product is designed based on the flow of information and the distribution between the different commercial channels.
The information gathered from business modelling is filtered into a set of data objects that are important to the business.
The data object declared in the data modelling phase is transformed to achieve the information flow required to implement a business function.
Generation of applications
Automated tools are used to build the software, to convert process models and data into prototypes.
Testing and rotation
Because prototypes are individually tested during each iteration, overall testing time in RAD is reduced.