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FULL-CYCLE CUSTOM APPS DEVELOPMENT
We provide custom or individual software development
as a unique solution that is created for the tasks
of a specific customer.
as a unique solution that is created for the tasks
of a specific customer.
Every business is unique, so 'one-size-fits-all' solutions for software are often compromised, and popular tools are no longer sufficient. This is where tailor-made solutions come into their own.
What is Full-Cycle development?
Full Cycle describes the execution of all phases of the project, from concept to implementation and support. We analyse your concept, offer any suggestions for improvement and cost saving, produce the code, and guide it through to either launching on the market or to its implementation within your enterprise, following up with further support.
How much does it cost to develop a custom app?
The price of custom software development will vary greatly depending on what you have built.
A number of factors will have a bearing on the final cost of your custom software. For example:
- software size
- data migration
- design
- integration with other software
- complexity
Benefits of custom apps development
Full ownership
Flexibility
Technology independence
Unlimited scalability
Software integration
Reliable data protection and storage
The main stages of the development process
1
Discovery stage
The initial contact is between the sales manager and client, with a range of questions intended to build up an understanding of the project. The intention is to establish how complete and clearly formulated the requirements for the project are.
Based on the initial requirements, we prepare a preliminary estimate for the development, with detail, before the analytics stage begins.
Additionally, at this stage, the sales manager clarifies the clauses of the contract, approves the payment procedure and all important details of the collaboration.
Competent planning for the functionality of the future product and analysis of requirements are a key focus for the entire project.
Based on the initial requirements, we prepare a preliminary estimate for the development, with detail, before the analytics stage begins.
Additionally, at this stage, the sales manager clarifies the clauses of the contract, approves the payment procedure and all important details of the collaboration.
Competent planning for the functionality of the future product and analysis of requirements are a key focus for the entire project.
2
Business Analysis
Since the application will need to function in a specific way, it is most cost effective to define all the functionality early on in the process.
At this stage, we produce a preliminary project assessment, with scope of tasks and initial project budget. This enables us, together with the customer, to have the same understanding of the end result, purpose, and functions of the product, and a business analyst is included in the project team.
The purpose of this stage is to define the detailed requirements for the system. In addition, we need to ensure that all participants have correctly understood the tasks and how exactly each requirement will be implemented in practice.
At this stage of development, the involvement of testing specialists can add value, introducing their own techniques to feed into the development process.
At this stage, we produce a preliminary project assessment, with scope of tasks and initial project budget. This enables us, together with the customer, to have the same understanding of the end result, purpose, and functions of the product, and a business analyst is included in the project team.
The purpose of this stage is to define the detailed requirements for the system. In addition, we need to ensure that all participants have correctly understood the tasks and how exactly each requirement will be implemented in practice.
At this stage of development, the involvement of testing specialists can add value, introducing their own techniques to feed into the development process.
3
Design and prototyping
At this stage, the UX/UI designer actively interacts with the business analyst. Together they create a design based on a prepared set of artifacts.
After the analyst has thought over the logic and handed over to the designer the basis of the graphical interface, the designer starts working on the visual part. The designer is responsible for how the interface will look and react to user actions. For this, a map of screens, graphic elements, a detailed prototype is created, taking into account various scenarios of use.
Designers study user behavior and build a human-readable interface. The visual appearance of the product is also the result of the designers' work.
System architects work with them (if necessary) to decide what structure the finished product will have and how it should behave.
After the analyst has thought over the logic and handed over to the designer the basis of the graphical interface, the designer starts working on the visual part. The designer is responsible for how the interface will look and react to user actions. For this, a map of screens, graphic elements, a detailed prototype is created, taking into account various scenarios of use.
Designers study user behavior and build a human-readable interface. The visual appearance of the product is also the result of the designers' work.
System architects work with them (if necessary) to decide what structure the finished product will have and how it should behave.
4
Development
At this stage, the prototypes are transformed by our developers into working code.
This process implies the deployment of features set that meets specific market segment needs.
As the code is written, our developers monitor its quality. High-quality code speeds up development: time spent on debugging and fixing errors is reduced.
DevOps set up the software environment, front-end programmers develop the user interface of the program and the logic of its interaction with the server.
In addition, developers write Unit tests to check the correct operation of the code of each system component, review the written code, create builds and deploy the finished software in the software environment. This cycle is repeated until all requirements are met.
This process implies the deployment of features set that meets specific market segment needs.
As the code is written, our developers monitor its quality. High-quality code speeds up development: time spent on debugging and fixing errors is reduced.
DevOps set up the software environment, front-end programmers develop the user interface of the program and the logic of its interaction with the server.
In addition, developers write Unit tests to check the correct operation of the code of each system component, review the written code, create builds and deploy the finished software in the software environment. This cycle is repeated until all requirements are met.
5
Testing & Quality Assurance (QA)
Software testing is necessary to ensure that all pieces of software perform as expected. QA engineers check, first of all, compliance with the design, technical specifications, prepare test documentation, conduct manual, and automated testing. All this helps to check the work of different software parts of the project and to exclude bugs.
Testers look for defects in software and compare the behavior of the system described in the requirements with the real one.
During the testing phase, bugs missed during development are discovered. If a defect is found, the tester draws up a bug report, which is sent to the developers. The latter fix it, after which testing is repeated - but this time in order to make sure that the problem has been fixed, and the fix itself did not cause new defects in the product.
Testers look for defects in software and compare the behavior of the system described in the requirements with the real one.
During the testing phase, bugs missed during development are discovered. If a defect is found, the tester draws up a bug report, which is sent to the developers. The latter fix it, after which testing is repeated - but this time in order to make sure that the problem has been fixed, and the fix itself did not cause new defects in the product.
6
Deployment and support
When the product is tested, we transfer the finished project to the client, for example, we deploy the project on the server. We also help you to choose a server and configure it.
The solution does not end with the completion of the project, but only with its success with the user – and then it probably never ends.
After the release, we provide free warranty support for the project for a year from the date of launch. If you suddenly need to fix something, we will do it for free and in priority mode.
This allows you to make sure that the system is not outdated and meets modern standards and technologies. This includes ongoing performance evaluations and component updates.
The solution does not end with the completion of the project, but only with its success with the user – and then it probably never ends.
After the release, we provide free warranty support for the project for a year from the date of launch. If you suddenly need to fix something, we will do it for free and in priority mode.
This allows you to make sure that the system is not outdated and meets modern standards and technologies. This includes ongoing performance evaluations and component updates.