Non-invasive solutions
TM
How we transform your vision into a market-ready non-invasive solution
We advice on optimal device configurations and handle the data collection and Algorithm development so that you can focus on developing the optimal form factor design for your customers.
Concept development & device configuration
We work together to determine target analytes, optimal form factors (tabletop, handheld, wearable), intended use cases, and deployment settings. Then we design the Raman spectroscopy system and optimize modules and power configuration.
Data model design, clinical trials & algorithm development
We create the data architecture, conduct clinical trials to validate performance, and develop and test algorithms based on real-world data.
Software design & deployment
We design custom software or integrate seamlessly with your existing interface, deploy the complete system, and provide training and onboarding.
Software design & deployment
We provide continuous software updates, monitor performance, deliver data analysis and reporting, and offer ongoing technical support.
Opportunities to expand into additional analytes with our technology
Our spectroscopic system for glucose measurement may be used to quantify other analytes/biomarkers. The requirement is that the analyte is Raman active, and that its concentration in blood is sufficiently high. These requirements are met for e.g. Lactate and Urea. (Data on file – in-vitro feasibility study, February 2026)
Lactate in Competitive sports and fitness
Monitor and manage lactate levels to optimize performance and recovery time.
In sports science, wearable technologies have allowed new approaches for tracking and assessing athletes’ performance. Blood levels of lactate are of particular importance and are used to tailor training intensity for athletes. Repeated training using lactate data can increase the endurance of athletes, enabling them to train at high intensities without accumulating lactate in muscle tissues. Such training enhances energy efficiency by increasing the contribution of the aerobic energy system at the same exercise intensities compared to in untrained athletes.
Ketones in weight loss regimes
Monitor and manage ketones levels to optimize weight loss.
A non-invasive blood ketone measurement device provides an ideal solution to the need for regular measurements in support of a keto diet. Highly accurate, pain free and regular cost-effective measurements are the key to properly managed weight loss on this type of diet.
Any other analyte of interest
Our technology works by illuminating a target sample in the skin with a laser, some of the laser light will then be absorbed by the molecules in the skin causing molecular vibrations, which are emitted back via light scattering. The returning light is then collected with a detector where its frequency change can be determined.
Any molecule has its own unique frequency ‘fingerprint’ and thus any molecule of interest can be added to our algorithm to allow detection and measurement*.
* Excluding certain low concentration analytes such as hormones and certain drugs
Explore the possibilities of non-invasive solutions
RSP Systems does not have market approved algorithms for the above mentioned analytes