Transforming complex signals into actionable results requires the right tools and a deep understanding of the clinical context.
We develop signal analysis and processing software designed for research, helping you explore data, test hypotheses, and produce robust results ahead of clinical or regulatory validation.
Respiratory physiological signals are complex, sometimes noisy, always rich in information. Interpreting them takes far more than a generic algorithm.
At KerNel Biomedical, we bring solid expertise in analyzing signals from real-world settings, test benches, or clinical sensors. Our approach combines a deep understanding of respiratory challenges with technical mastery of signal processing, from preprocessing to modeling.
We work from data coming from:
Our added value is the ability to adapt tools to the nature of the signals, study objectives, and experimental constraints. Each project benefits from a tailored, rigorous analysis, designed to inform scientific or technical decisions rather than just produce numbers.

Between laborious manual processing and generic solutions that do not fit, we design tools that match your context.
We develop custom software applications designed to streamline respiratory data analysis in research, exploratory validation, or technical clinical studies.
Depending on the project, these tools can:
Our solutions are designed to integrate into research or scientific structuring projects. They provide a rigorous foundation to explore, demonstrate, and refine your hypotheses, while remaining compatible with your clinical or regulatory validation processes.
Our approach is collaborative, agile, and results-oriented: we help you turn data into practical tools for analysis and decision support.

Our expertise does not stop at algorithms: it is expressed in concrete projects with real clinical or scientific challenges.
We regularly collaborate with research teams, industry, and clinicians on complex respiratory topics, where data processing is central to understanding the phenomena.
The areas we work on include:
These projects illustrate our ability to adapt our tools and methods to current clinical challenges, while meeting rigorous scientific standards.

Design your eCRFs, enter data, and run your clinical research protocols in a tool built for rigor and collaboration.
Dotter.science is an online platform designed to optimize the design, data entry (eCRF), and electronic management of clinical research protocols (EDC).
The solution helps you to:

Do you need signal processing or data analysis software development?
Book a consultation