Our app-based solutions provide a competitive edge by providing users with easy navigation and a superior user experience. Ensuring success across multiple platforms, our app development solutions are winning, high-performance, engaging, and enjoyable. By seamlessly integrating various responsive technologies and making no compromises on security, we provide users with a rich, friendly, and sophisticated experience. With in-house specialists and award-winning UX/UI experts in our app development team, we work with our clients to deliver apps that have great features and optimal functionality. Our mobile app development services will help you outshine your competitors and help your growing business get powerful, smart, and fully updated mobile apps.

In our methodology, we employ various fundamental frameworks for software development based on the project’s complexity and business needs, such as Agile and DevOps.

Our approach aligns with the SDLC (Software Development Life Cycle) standards.

The steps in this methodology distinctly outline and simplify the phases of the software development life cycle.

Each phase in the development cycle leads to a final product necessary for the subsequent phase. We adhere to six primary steps in our software development process:

GENERAL REQUIREMENTS GATHERING AND ANALYSIS

At this initial phase, the requirements for the software products are established. This step is crucial for most projects. A collaborative project team is formed during this stage, and Project Managers are assigned from both the developer’s and the client’s side. Additionally, business analysts and all team members involved in the project start their contributions.

A contract for a preliminary project study is also finalized at this stage, which culminates in the creation of technical documentation. This documentation includes a Technical Design Document (TDD), a Project Plan, and a Test Plan, along with the proposed terms and cost estimates for the implementation.

During this phase, the team conducts a thorough analysis of the functional requirements, the existing IT infrastructure, security considerations, data migration, integration with external subsystems, and selection of the appropriate technological tools for development. The analysis also covers project timing, costs, licensing aspects, future upgrade possibilities, and the costs of options and support.

Once the requirements analysis is complete and the technical documentation is approved, the project team is ready to proceed to the next stage of development: product design.

PRODUCT DESIGN AND ENGINEERING

In this phase, the software product’s design is finalized in alignment with the Design Assignment and the capabilities of the selected technological tools, including the user interface (UI/UX) options.

The project team may also develop a prototype of the future product during this stage to get the client’s approval of the overall concept. This early prototype allows the client to preview the system and offer feedback early in the development process.

The design layout created at this stage forms the foundation for the subsequent phase in the development cycle, which involves the actual development and coding of the product.

Additionally, at this point, any final adjustments to the specifications and design documentation may be made, and a contract for the software’s delivery might be finalized.

DEVELOPMENT AND CODING

Following the product design stage, once the development team has received the finalized requirements specification and design documents, they can begin the software creation process. This stage not only involves programming but also includes unit testing to detect any potential issues early in the development process.

Additionally, depending on the software’s progress, there may be involvement from all team members to evaluate the user interface’s usability, the accuracy of the business logic, and the proper integration with external subsystems.

This stage also encompasses the migration of data from and to external systems, along with the configuration of all necessary reference data, such as role-based security settings for system users.

Upon completion of this phase, the team is prepared to advance to the next step in the development process—testing.

TESTING PHASE

Once development is complete, the team advances to comprehensive testing of the software. This involves an ongoing effort to address and resolve any issues identified.

During this phase, a group comprising potential end-users of the software is formed to provide feedback on its final readiness. Validation tests and user acceptance testing are conducted to assess the software’s performance based on the defined requirements and UI/UX design from the perspective of the end user.

Software developers, along with the testing team and the client’s project team, participate in conducting these tests.

Integration testing follows, where the interoperability between different modules and/or external systems is examined.

An essential part of this testing stage includes load testing, typically performed using the customer’s hardware or at partner facilities that offer physical or cloud-based infrastructure solutions.

If the software passes these stages without any critical issues, it moves into the implementation phase.

PRODUCT DEPLOYMENT

Following successful testing, the software product is ready for deployment, which means transferring it to the customer’s production servers. This stage involves the final round of testing, including load tests, and setting a date for the software to go live.

Should any additional enhancements or corrections be needed at this point due to client feedback, or if any issues emerge that weren’t identified during the testing phase, these are addressed, and the schedule for going live is revised accordingly.

The deployment typically entails configuring the product server that will host the software. This server might be one of the customer’s own, or it could be located in the cloud, using services such as Oracle Cloud, Amazon Web Services, or Microsoft Azure.

Once the software is deployed, the focus shifts to ongoing maintenance and operations.

SUPPORT AND MAINTENANCE

Once the software has been successfully deployed and implemented, ongoing support and maintenance are crucial. This phase covers addressing any immediate issues, as well as providing software upgrades and updates in response to changes in third-party software versions or new regulatory requirements.

Additionally, should there be a significant increase in the software’s user base, performance optimizations may be necessary to ensure the system continues to operate smoothly.

Our company delivers all software products with the flexibility for further development. This allows for enhancements either by our client’s own IT specialists or through the use of open-source communities, ensuring the software can evolve to meet future needs.