Water is the most precious resource on our planet, yet many industries still rely on outdated “sample-and-wait” methods. Clogging electrodes or sending samples to a lab and waiting days for results is not just slow - it poses real risks to public health and operational efficiency. Our AI-powered sensing suite is fundamentally changing water analytics: - measuring in real time what no other technology can - measuring in real time where no other technology can - measuring in re

Why aggregate indicators for water quality are not enough in the management of mining rehabilitation In one of Europe’s most acid mine drainage–impacted regions — Lusatia, Germany — Watergenics collaborated with LMBV to address the limitations of aggregate indicators like electroconductivity in managing mine rehabilitation. Our AISRAS® technology revealed dynamic real-time fluctuations of Sulfate, Total Iron, and Manganese, which electroconductivity alone could not capture. T

Creative Destruction Lab & The University of British Columbia were exemplary hosts this week for the Minerals Stream session #1, where Watergenics met with a braintrust of mining industry (and water!) professionals. We came away with mentors and potential partners who are passionate and want to forge new pathways with us in this next 8-week sprint. Our given objectives are both ambitious and beautifully aligned with our company roadmap. While we at Watergenics are delivering

October 2025 | Palo Alto, USA Watergenics  had the privilege of attending the U.S.–Saudi Water Summit  in Palo Alto , a high-level forum addressing initiatives, collaborations, and opportunities  in global water management. Our sensor and analytics technology  is helping water-intensive industries  reduce consumption, enhance production, and mitigate environmental risks. While our solutions are best known for their applications in mining , our recent work in the Al Jubail des