Both demo applications allow potential clients to explore the main product, test the payment gateway and provide early feedback.

This absence of representative tools fundamentally limited the business potential and hindered the expansion of their services in the market.

The work consisted of developing the frontend of the Whitebricks demo payment gateway and the Multibank sample application, including the conversion of all key features into a modern interface. This is what makes the platform easy to use and fully prepared for future growth.

This is where we utilized the expertise of our frontend and UX team, technical knowledge of architecture, and close cooperation with the backend team and the client’s product owner.

We then iteratively designed and developed individual digital products. The Whitebricks frontend application, which serves to demonstrate PSD2 payments, and then the Multibank sample application, which clearly visualizes data. This approach also enabled continuous functionality verification.

The solution was to develop a modern frontend for two key applications – Whitebricks and Multibank. These are now used by the sales team to present services and collect feedback.

Thanks to the unified UX/UI and scalable architecture, the platform is easy to use today and ready to evolve along with the client’s needs.

Instead of selling visions, the client now has a functional tool in their hands, thanks to which they receive valuable feedback directly from potential customers. This approach not only speeds up business negotiations, but also ensures that future versions of the product develop as the market expects.

E.ON was looking for a delivery partner capable of building a production-grade digital product quickly and integrating it with a complex ecosystem of internal and external systems.

The key added value is the automation of steps that would otherwise entail a significant administrative burden. The connection was built from the beginning on integrations with internal and external systems (e.g. SAP, EDC, DMS, etc.). The delivery included continuously maintained documentation that unified the tasks across teams and minimized scope creep and communication noise.

The platform was designed from the beginning to handle the gradual expansion of the number of users, the involvement of other entities, and the future development of functionalities in connection with the development of the electricity sharing market.

During the first two months, alpha versions and prototypes were created, which underwent UX testing and set the direction for further development. This took place in sprints with continuous alignment of the product, design and technology teams and parallel preparation of integrations to key systems.

The solution was prepared for verification in a real environment, including setting up processes for long-term operation and further development of the platform.

The system also had to be future-ready, with a flexible architecture for adding new features and adapting to evolving user needs or building requirements.

The result is a mobile app built on strong technical foundations and guided by real-world use — with a clean and accessible UX/UI to match.

The system is designed for future enhancements — making it easy to introduce new features tailored to the building or its residents. SimplyCORE proves that well-designed apps can improve everyday comfort while contributing to energy efficiency.

The client had no technical leadership or development team in place, so we took full responsibility for architecture, design, and implementation.

We also developed a mobile application with a clean and user-friendly interface, and ensured smooth integration with external systems.

Roboton continues to evolve, with new features added regularly — showing how well-designed technology can help reshape the future of agriculture.Celý ekosystém se neustále rozvíjí a průběžně jsou přidávány nové funkce.

The basic prerequisite was the connection to a suitable ERP system, which would ensure that all data on products, orders and inventory would always be up-to-date and interconnected.

An integral part was to ensure intuitive management of all content so that the company could flexibly respond to current business needs.

All key data — products, stock, orders, and customers — sync automatically, minimizing human error and delays.

This setup allows the client to keep everything under control and focus on growing the business.

Customers can rely on up-to-date product info and fast delivery. Internally, the platform simplifies daily tasks and frees up time for business development and customer care.

The result: a robust digital product, built for high-demand environments, real-time delivery, and long-term growth.

Frontend aplikace je postaven na React Native pro snadnou multiplatformní distribuci. Backend zajišťuje klientův WordPress portál s REST API, které jsme využili pro autentizaci i správu hlášení. The backend runs on the client’s existing WordPress platform, with a custom REST API for authentication and report management.

This setup offers efficiency, transparency, and low operating costs — while staying ready for future expansion.

The Save the Crucian Carp! project demonstrates how thoughtful design and smart technology can create real environmental impact — turning everyday people into active participants in conservation.

The result: a robust digital product, built for high-demand environments, real-time delivery, and long-term growth.

We used React Native for cross-platform development, enabling efficient deployment to both iOS and Android. The backend architecture was custom-built to process large volumes of data with maximum efficiency.

Thanks to full integration with EG.D’s systems, the app improves both customer experience and internal workflows — forming a solid foundation for future energy service innovation.