Our technology
TM
What sets RSP Systems apart is our non-invasive glucose path built for real-life use.
The advantage of RSP’s non-invasive approach is how far it goes beyond early-stage validation. Many solutions demonstrate glucose detection and accuracy in lab and clinic conditions—then stall. RSP continues into the real-life environment by building device robustness outside the lab, reducing reliance on blood-based calibration.
Lab environment
Identify glucose in human skin
Achieve sufficient accuracy
Spectrometer hardware, clinical data harvest and signal processing simultaneously progressed
RSP Systems has been able to document advancement of non-invasive technology beyond this development stage into real life environment.
Real life environment
Enable measurements outside lab settings
Device & model hardened for multiple use scenarios, making it robust enough to harvest data outside of lab e.g. in home settings to capture variability of humans and their individual habits
Eliminate need for user calibration
Data encompassing external and internal variability allows for the building of measuring framework, stable over months, eliminating the need for users to deliver blood samples for calibrating the device by means of needle fingerpricks before first measurements can be made
Prediction model transfer to new devices
Enables real world prediction model building dealing with device variations. An essential feature of practical prediction models, to enable serially manufactured devices for quantitative measurement of analytes in skin
Eliminate impact of interfering substances
Non-typical interferences must be quantitated and controlled as required by regulatory authorities