
WaterScope is a social impact startup founded in 2015 and based at the University of Cambridge, UK. They aim to address global water inequality by providing smart, simple, and reliable bacterial testing for drinking water. Their innovative system, which refines the ISO 9308-1 method, uses a motorized pump, a machine learning algorithm for automated colony counting, and an optional IoT module to upload data to a central dashboard. The system can identify coliforms in 8 hours and provide quantitative results in 21 hours, making it significantly faster and more accessible than traditional lab-based methods. WaterScope is seeking implementation partners and funding to scale its operations and impact, supporting UN Sustainable Development Goal 6.

WaterScope is a social impact startup founded in 2015 and based at the University of Cambridge, UK. They aim to address global water inequality by providing smart, simple, and reliable bacterial testing for drinking water. Their innovative system, which refines the ISO 9308-1 method, uses a motorized pump, a machine learning algorithm for automated colony counting, and an optional IoT module to upload data to a central dashboard. The system can identify coliforms in 8 hours and provide quantitative results in 21 hours, making it significantly faster and more accessible than traditional lab-based methods. WaterScope is seeking implementation partners and funding to scale its operations and impact, supporting UN Sustainable Development Goal 6.
Founded: 2015
Headquarters: Cambridge, UK
Product: Portable bacterial water-testing system (WaterScope®) with membrane filtration, embedded microscopy, and ML-based colony counting
Speed: Relative results in ~8 hours; quantitative results up to ~21–24 hours
Funding type: Non-dilutive grants (including Horizon 2020 / EASME)
Drinking-water microbial quality testing and monitoring
2015
Biotechnology
81868
Reported grant funding round in January 2019; company cites multiple non-dilutive grants including Horizon 2020 support.
“Non-dilutive grant funding from EU/Horizon 2020 programmes and EASME; institutional support from Cambridge Enterprise and University of Cambridge”