Medical Device Software Development

Developing reliable software for medical applications

Medical device software development requires more than functional software. Reliability, safety, traceability and compliance need to be considered throughout the development process.

TOPIC combines embedded software expertise with experience in medical technology. From low-level software and signal processing to applications and connectivity, development starts with a clear understanding of both the technical and medical requirements.

From sensor input to useful information

Many medical devices rely on sensors that continuously capture physiological or environmental signals. Turning these signals into meaningful information requires reliable acquisition, processing and algorithms designed around the application.

TOPIC develops software for medical signal processing and works across embedded hardware, FPGA and software when required. This enables processing to be optimized from the sensor input to the information presented to the user.

TOPIC - Healthcare

Connected medical devices and secure data

Medical software increasingly extends beyond the device itself. Devices may connect to applications or cloud environments for monitoring, analysis and clinical workflows.

TOPIC has experience with medical device software development where data security and privacy are essential. This includes embedded connectivity, applications and cloud-based systems for handling medical and patient data.

Consultancy Case Onera en TOPIC

Building compliance into medical software development

Medical technology requires a controlled and well-documented development process. TOPIC carries out medical device software development using an ISO 13485:2016 certified quality system, supporting traceability and documentation throughout development.

By combining this process with embedded software, electronics and system expertise, TOPIC can support medical device software development from technical concept towards a reliable and certifiable product.

Signal processing and algorithm modelling