Bayoonet AG software

Software development in the field of medical technology products is caught between individual customer requirements and strict legal regulations. Agile requirements management is needed to meet both conditions.

What quality characteristics must a software solution have? How can these be implemented effectively? And where might potential risks be hidden? The architecture of a software is not only structuring code, but is also the key to answering these questions. Experience is therefore a decisive factor in being able to design the software architecture at a higher level of abstraction. Only the most qualified employees at BAYOOMED are entrusted with the role of an software architect. In accordance with the IEC 62304 standard, they create effective solutions for customers in the medical and pharmaceutical environment.

The phase of implementation of a medical software deals with the concretization and realization of the requirements. The end result is the finished medical or healthcare application that successfully supports the customer’s business. Our developers are proficient in their tools, methodologically proven and extremely “language-savvy”. Whether C#, Java HTML5, C/C++, JavaScript, Xamarin, React native or flutter: we find the right language and framework for every product.

The development of embedded software presents its own unique challenges: Large are the differences between systems. They range from a tiny microcontroller and specialized runtime environment to complete systems on a chip and embedded Linux. This results in a variety of tools and software stacks that have their own special characteristics. An embedded system often consists not only of a single microprocessor, but a number of processors with different tasks: Connecting to external systems, providing the user interface, and addressing sensors or actuators. These processors must coordinate and communicate with each other, for example using SPI or I²C, to exchange commands and data. The resources of an embedded system and thus the possibility to execute and store programs are limited. With this knowledge the experts of BAYOOMED realize your project. Because software updates on embedded systems after product release are difficult or impossible, special care is needed.

Automated testing helps our developers ensure the safe and error-free functionality of any new medical software. In order to provide direct feedback, all areas of the work are monitored from the very beginning. This allows weaknesses to be identified early and the time saved can be invested in keeping the project on schedule.

For 10 years we have been implementing software projects for the pharmaceutical and medical technology sector in accordance with the applicable regulatory standards IEC 62304, ISO 14971 and IEC 60601-1-6 / IEC 62366.

Digital health applications are CE-marked medical devices that can be prescribed to patients with statutory health insurance. They are used in the diagnosis and treatment of diseases.

Data is the key to identifying problems and finding solutions. Mobile Medical Apps and medical software rely on a constant flow of data to provide the desired benefits to users. Whether it is heart rate analysis while sleeping or blood glucose measurements, data is always used to draw conclusions, identify problems and provide recommendations. This data is collected by the respective (medical) device or wearable and linked to the Mobile Medical App or software via various channels.

Cloud-based solutions are still rarely used in the healthcare sector. However, the technology brings various advantages for patients, caregiver, healthcare professionals and administration. Because storing patient files in the cloud enables decentralized management of large volumes of data. Hence analyses and ultimately also services can be improved.

Are you looking for an online solution to expand your medical product repertoire? Or do you need a digital tool for data analysis? Whether desktop- or web-based: We develop a suitable solution for you with individually assembled technology stacks.