Rachuneo

Client

Rachuneo.pl is a fintech startup from Poland that aims to assist individuals in finding the best deals on phone, internet, electricity, and gas bills. Our first step towards a long-term partnership involved cleaning up the backend and implementing a cloud infrastructure to support our future dynamic development plans.

For the development of our scalable SaaS solution, we have used Microsoft Azure, a leading cloud provider in the finance industry, and .NET for efficient backend development. Additionally, we have taken full responsibility for the custom web development process to ensure our clients can trust us to deliver on time and efficiently.

Solution

We oversaw the transition of Rachuneo.pl's servers from a third-party to a scalable cloud-based SaaS platform. We updated the code from outdated technologies to more modern and stable frameworks during the process.

Product Design. We conducted workshops with our clients to establish targets, common obligations, resources, and threats. Based on this, we used available frameworks such as Google's Material Design and Angular UI to guide our work. We aimed to create a platform that is easy for users to understand, so we opted for simple UI solutions instead of flashy visuals.
DevOps. Our client had a pressing need for an efficient CI/CD pipeline. By implementing a seamless DevOps process, we were able to deliver the software more safely and quickly in a structured environment while also avoiding potential defects.
Backend. We have switched from PHP to a more reliable framework, NET/.NET Core, to support the future growth of Rachuneo.pl's business. This framework can run on numerous platforms, making it a more stable choice.
Frontend. We decided to use UI libraries that are easy to configure for our design system. This allowed us to create an Angular application that is visually appealing, fast, and can be used universally.
Testing. We have taken steps to ensure the quality of our work by implementing unit and integration tests, as well as automated verification and validation processes.