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What makes our approach to mobile app development unique?

  • Quality of the final product

We care about quality and take it very seriously. Developers check each other's work in code reviews, and the mobile application is analyzed by quality assurance specialists. We use a number of techniques to ensure that the application works properly. These include unit tests, integration tests, automated end-to-end tests, etc. We strive for reliability, which is appreciated by our customers and gives satisfaction to our specialists.

  • Dedicated team

We tailor the composition of the team to the specific needs of a client. Our employees range from experienced developers to quality assurance and project management specialists (product owners, project managers and scrum masters), and UX/UI designers. Such independent, multi-disciplinary teams can deliver projects at the highest level, ensuring technical quality and a top-notch user experience.

  • Flexibility and innovation

We approach ongoing projects flexibly. In addition to the Kotlin and Swift technologies used for native Android and iOS applications, we are familiar with cross-platform technologies. We are open to innovation and constantly improve our skills. This is the only way we can innovate and meet our clients’ unique needs.

  • Effective organization and communication

Effective communication with our customers is a priority for us. By using agile software development methods such as Scrum and Kanban, we ensure continuous and efficient collaboration. We respond quickly to changing requirements, eliminate redundant work, and focus on delivering the most valuable functionalities of your mobile application.

  • Holistic view

We provide our clients with comprehensive IT solutions, of which mobile applications are an integral part. The rest are web applications or backend services based on optimally chosen and adjusted databases. Broad competence in integration with communication protocols allows us to provide full technological support for each project.

From the Client’s Idea
to a Functional Solution

Defining requirements

The process of developing a mobile application starts with your vision, idea or specific requirement. First, we try to understand what potential users can expect and what is – often measurable – value, that the solution can deliver to them. 

Sometimes we need to ask these questions directly during in-depth interviews (IDI). Most often, we need to assist in verbalizing the needs; one usually knows what works poorly, but cannot find a way to make it better. Talk is cheap, action is more difficult.

Enriched with a wealth of knowledge, we create a list of functional requirements, grouped into packages called Epics, and the priority of execution for each of them. This list is called a backlog.

Designing UX and UI

This is where designers come onto the scene. They sketch the appearance of the application's user interface. First, in a simplified version, without excessive details but focused on ease of use (UX design). Then, they work on a version utilizing the full palette of required colors, textures, and all the details we see in the final product (UI design). Equipped with the backlog and ready designs, developers can start working.

Functional and quality tests

When building a mobile application (or any other type of software), it must be tested continuously to eliminate errors before they become too numerous. This applies to deviations from the functional requirements (acceptance tests). Another equally important area of work is looking at the product through the user’s eyes (quality assurance). The application should function in a simple and logical way, which is not always the same as correctly written code. Therefore, quality assurance specialists are an integral part of the project team.

Application Development Step by Step

Selected technologies

Our Experience – Projects and Cooperations

We have completed a number of projects where, in addition to mobile applications, we have provided comprehensive support in broader areas, designing the backend and integrating solutions with various communication protocols.

For our long-term partner, Silicon Labs, we implemented special demo applications. They present the extensive capabilities of the libraries we developed for iOS and Android. They enable integrated circuits for IoT products to communicate with Bluetooth Mesh networks. Through an application using the ADK library, users' smartphones can add more devices to the mesh network, configure existing nodes, and send messages within the SIG models (e.g., for lighting management or wireless software updates).

For our OEM automotive client, we implemented an application that complements the infotainment system, allowing users to control the functions available on the car's dashboard (navigation, air conditioning, radio). The application was later extended to include features that allowed users to share music and play a movie on multiple tablets simultaneously. The problem of audio synchronization among devices was solved using the UPnP protocol.

For SEAT, we carried out the integration between Amazon Alexa and the infotainment system in the brand's cars. The mobile application has been implemented as a mediator in this communication. The user was given the opportunity to use the voice assistant with the car's built-in functions. This was the first integration of its kind in the European market.

As part of a project for a major audio solutions OEM, we implemented headphones and application synchronization via Bluetooth and Bluetooth Low Energy protocol. The app allows for customization of headphone parameters and an advanced configuration of options not available from the device itself, such as equalizer, ANC (automatic noise cancellation), and software updates. We were also responsible for implementing an advanced audio functionality at the firmware level. The client received full product development support, and the mobile application was part of the overall solution.

For our client, WS Audiology, we developed an application that enabled configuration and presentation of functionality to the end user. It was used in hearing aid stores as a part of the demonstration and personalization process for the end customer. The application was an integral part of the product development work, allowing users to add and pair hearing aids (that also function as headphones), adjust the volume, or check the charge status.

Our clients

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