WAI turns in-situ nutrient measurements into long-term water intelligence.
By measuring nutrients directly in the field and uploading them instantly, we can predict change and protect what matters before it’s too late.
Every drop of data counts – from source to sea.
Big in-situ data changes everything.
Understanding nutrients in real time reveals cause and effect from rainfall to runoff, from soil to sea.
Dense, model-ready nutrient data lets us predict eutrophication, measure impact, and act faster.
Nutrient flows in freshwater are still a blind spot.
Only 1% of source-to-sea waters are measured today – not because we don’t care, but because nutrient measurement doesn’t scale.
Lab tests are costly and slow; low-cost kits lack accuracy.
The result is too little data, too late.
WAI turns invisible nutrient flows into a grid of data.
Each field scan becomes a precise datapoint with time, location, and conditions.
Together, they form a living grid of nutrient intelligence – a layer of insight that grows with every measurement.
From in-situ nutrient data to living water models.
As measurements connect over time, they form dynamic models that show where leaks happen and what their impact is on the system.
These living models evolve with new data and guide smarter, site-specific water and soil management.
In-situ nutrient detection
Portable Water Scanning Device
Insights from field to cloud
Every in-situ measurement is automatically uploaded to the cloud for long-term analysis and sharing.
Intelligence built with mass data
Builds predictive digital twins of watersheds using long-term nutrient data.
Every nutrient measurement counts.
By multiplying local in-situ measurements, we create a living map of nutrient dynamics – continuously updated as conditions change.
“Waiing” is a breakthrough concept for large-scale, high-quality in-situ nutrient data collection, built as a continuously evolving digital system where calibration, analysis methods, and data processing are all defined in code.
We start by measuring phosphate and nitrate – the key nutrients driving eutrophication – directly in the field, where runoff occurs.
We are looking for pilot projects across Europe.
We focus on agriculture, forestry, and urban runoff areas, including both existing monitoring sites and data-scarce regions.
We collaborate closely with farmers, environmental agencies, universities/researchers and NGOs to build long-term nutrient intelligence.
By Taikoa Innovations
contact@taikoa.com