Post by Lambda-X | Verhaert High-Tech

Microbial contamination remains a major bottleneck across industries such as pharma, food, and cosmetics, where traditional methods are often slow and unsuited for real-time control. Spore.Bio addresses this challenge with a novel platform that uses advanced optical sensing and deep learning models to rapidly and in a label-free way detect microbial contamination in complex media. The technology identifies subtle optical signatures associated with microbial presence and activity, significantly reducing time-to-result compared to standard methods. As a high-tech partner, our engineers supported the design and development of the core optical architecture and system integration behind the latest prototypes. From optimizing signal-to-noise ratio to ensuring measurement repeatability and stability, our role was to translate cutting-edge concepts into robust, manufacturable systems. The outcome is a high-performance optical platform that enables continuous or near-real-time monitoring in industrial environments. This collaboration demonstrates how high-tech innovation and optical engineering come together to shape the next generation of microbiological quality control. #OpticalEngineering #Biotech #ProcessControl Alexia Turquet, Amine Raji, Aurelie PARLIER, Cyril Van Leer, Diane De Coster, Didier Beghuin, François Hamoir, Hamizah A. Cognart, Marie Fournier, Mathieu Van houte, Matthias Guillon, Maxime Mistretta, PhD., Mehdi De Veseleer, Mohamed Tazi, Olivier Fontaine, Serena Bolis, Stefan Vandervelden