We specialize in the development of individual software solutions for complex challenges. Whenever a company chooses such a tailor-made solution, there are the highest demands on quality, expandability and smooth operation. This allows us to achieve consistently high quality and prevent regression.
The project know-how is distributed in a DevOps team, which continues beyond the implementation phase. This ensures that new features and updates can be integrated at any time, even after long development breaks – successful operation and support guaranteed.
Only in a team does the ever-growing density of technology remain manageable. We have many years of experience and certified experts in the development and operation of on-premises and cloud solutions (e.g. AWS, Azure). The appropriate backend frameworks (e.g. ASP.NET Core, Django or Laravel) and programming languages (e.g. C#, Java, Python, PHP) are part of the standard repertoire of our developers.
The same applies to various database systems (SQL or No-SQL) and containerization solutions (e.g. Docker, Kubernetes). Connections to machines and systems (e.g. PLC-based controllers) using frameworks and protocols such as OPC-UA, CAN-Bus or MQTT are implemented project-specifically.
The connection to the backend is usually established with the native means of the respective framework or e.g. by REST- or GraphQL-based interfaces. The use of web technologies creates synergy effects in many projects in the development of frontends, which are to be used on different target platforms (e.g. also via app containers such as Electron or Cordova).
Our DevOps teams take overall responsibility of planning, conception, software creation, operation and maintenance. Only through this interaction can it be achieved that the software meets the desired requirements for quality criteria such as robustness, fault tolerance and scalability.
Our agile approach model aims to continuously deliver high software quality. Code analysis, code and architecture reviews and automated testing are central elements for forming a common understanding of quality in the team and for quality assurance.
This also allows us to share knowledge about the latest implementations in the team. A uniform architecture and code style also increases the comprehensibility, extensibility, and maintainability of the software.
Automated testing is a central part of any XITASO software project. You ensure that features work according to requirements at the moment of implementation, even in the event of subsequent changes. This means that good test coverage not only increases the development speed of new features, but also facilitates changes to existing software parts.