Automated

Seamlessly integrated into existing systems, enabling real-time, hands-free detection without sample preparation

Digitised

Easy-to-use instant digitised interface, eliminating subjective interpretation and ensuring reliable, data-driven decision-making on the spot

quantified

Precise, measurable results, allowing for accurate analyte concentration assessment and better process control

SOLUTION DRIVEN INNOVATION

Rapisense is revolutionising real-time detection of small molecules in complex samples across multiple industries.

Through our innovative rapid detection technology and a commitment to excellence, we aim to add value in food industries such as dairy and aquaculture by enhancing efficiency, sustainability, and consumer trust. Our point-of-need test delivers accurate results integrating seamlessly into existing workflows to detect contaminants rapidly and inform stakeholders on time.

The nature of the core technology of Rapisense can allow veterinary clinics to make faster and more informed treatment decisions. The possibility to be portable, easy-to-use test kit would streamline the diagnostic process, reducing reliance on centralised laboratories and minimising delays in care. Beyond diagnostics, the technology has potential applications in animal nutrition by monitoring key biomarkers related to metabolic health, nutrient deficiencies, and disease prevention, supporting better livestock management and productivity.

Since water poses an easier matrix although still complex, Rapisense’s technology can be applied to environmental water samples by enabling rapid, on-site detection of key small molecule contaminants such as pesticides from run-off sources, ensuring real-time monitoring of water quality. Its portable test kit allows industries and regulators quickly identify pollutants such as pathogens, heavy metals, and chemical residues, reducing the need for time-consuming laboratory analysis.

About us

We are Rapisense, a research team at the University of Strathclyde, Scotland, that is actively working on the development of automated, digital technology to screen complex matrices for small molecule contaminants, in-line and in real time at point of need. By partnering with UK dairy industry stakeholders, we are developing solutions to deliver a system that directly addresses dairy industry needs.

The University of Strathclyde has established over 60 spin-out companies and allocated £7.5 million for investments between 2020 and 2024. A joined mission is to deliver world-leading education, research, and innovation that benefits society, transforms lives, and drives sustainable economic growth.