Aquaculture farms struggle with sudden, catastrophic stock mortality caused by undetected toxic algal blooms and organic pollution surges that easily blind standard, uncorrected monitoring equipment. Our instruments instantly alert operators of encroaching toxic bloom species or biological contaminants before they can reach the stock.
The TriLux’s integrated, ambient-light-rejecting turbidity channel actively tracks and mathematically corrects biological fluorescence readings in real time, preventing dense fish waste, scales, and uneaten feed from blinding or skewing the sensor’s data.
Our sensors miniature, lightweight footprint (weighing as little as 100g to 190g) means they can be easily tucked into tight intake pipes, shallow coastal cages, or small boundary monitoring rigs without requiring complex mounting hardware.
Our sensors draw minimal power, allowing them to run continuously on remote, solar-powered telemetry buoys and automated intake stations without draining battery banks.