Real time operating systems
When developing a medical device, the RTOS must be selected at the outset. This is critical for the rest of the process. From functionalities to required pre-certifications, it is important to clarify a range of questions and gain a concrete overall picture of the project.
Real time operating systems
When developing a medical device, the RTOS must be selected at the outset. This is critical for the rest of the process. From functionalities to required pre-certifications, it is important to clarify a range of questions and gain a concrete overall picture of the project.
Function upgrade for angiography system
A leading global manufacturer of angiography systems commissioned us to upgrade the device control functionality. The content of the project is: Development of functional enhancements and maintenance, device positioning, motion control, collision detection, path planning and safety monitoring.
Function upgrade for angiography system
A leading global manufacturer of angiography systems commissioned us to upgrade the device control functionality. The content of the project is: Development of functional enhancements and maintenance, device positioning, motion control, collision detection, path planning and safety monitoring.
Medical software engineering
Software is an essential component of many devices and systems in medicine. It is needed to control devices, take measurements or images, display data, and connect to other systems.
Medical software engineering
Software is an essential component of many devices and systems in medicine. It is needed to control devices, take measurements or images, display data, and connect to other systems.
Connecting medical devices to hospital IT
Interoperability in medicine is becoming increasingly important due to digitization, the new normal. Medical device manufacturers are faced with the challenge of integrating their devices into hospital IT and supporting data exchange. In order to remain competitive nowadays, it is essential for medical devices to connect and communicate with the master data systems of a HIS (hospital information system).
Connecting medical devices to hospital IT
Interoperability in medicine is becoming increasingly important due to digitization, the new normal. Medical device manufacturers are faced with the challenge of integrating their devices into hospital IT and supporting data exchange. In order to remain competitive nowadays, it is essential for medical devices to connect and communicate with the master data systems of a HIS (hospital information system).
Safety-critical software for an X-ray system
A leading global manufacturer of X-ray systems commissioned us to design and implement features of an X-ray system. The content of the project is: Parallel download via CAN, design pattern (mainly Factory, Singleton, Proxy, Facade), position compensation/correction for moving axes, patient safety (force shut-off), object-oriented design, multiprocess design, interprocess communication.
Safety-critical software for an X-ray system
A leading global manufacturer of X-ray systems commissioned us to design and implement features of an X-ray system. The content of the project is: Parallel download via CAN, design pattern (mainly Factory, Singleton, Proxy, Facade), position compensation/correction for moving axes, patient safety (force shut-off), object-oriented design, multiprocess design, interprocess communication.
Internet of Medical Things – IoMT
Networking medical systems and devices opens up new fields of application and possibilities for capturing and evaluating patient data. The traditional approach of using medical devices in hospitals or at the doctor’s office for diagnostic and therapeutic purposes is being extended to include a point-of-care element thanks to the “Internet of Medical Things.”
Internet of Medical Things – IoMT
Networking medical systems and devices opens up new fields of application and possibilities for capturing and evaluating patient data. The traditional approach of using medical devices in hospitals or at the doctor’s office for diagnostic and therapeutic purposes is being extended to include a point-of-care element thanks to the “Internet of Medical Things.”