Intelligent Analytical Microtechnology for Total Aquatic Process Monitoring and Control

An entire intelligent laboratory in a single chip.

First solution developed to combine miniaturized chemical sensors with measurement instrumentation and brain-like AI in the same microdevice.

Developed to:

  • Evaluate and predict multiple reconfigurable chemical parameters in an uninterrupted, efficient and immediate way.
  • Self-calibrate and generate early alarms in advance of foreseen events or risks.
  • Be a very low-cost fungible solution.
  • Ensure safety by design: local analytics vs. cloud.
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Our Solution: AiQUOS Technology 

Energy efficient

  • Sub-100mW operation
  • Efficient actuator control

Miniaturized

  • Microsized sensorics & processing
  • Deployable anywhere, even in pipes/purifiers/reactors

Cost effective

  • >10x lower OPEX/CAPEX
  • Tens of sensors in one probe

Smarter

  • Predictive anytime (every ~ms) analytics
  • Fully customizable to new params (sensors + neurocomputing)
  • Self-calibration of ionic interferences & fouling (salty liquids)

Safer

  • Raw data privacy via local encoding
  • Always-on & in-situ analytics. Without communication cut-offs or delays

 

Multiparametric fluid microsensing

Our microsensing technology revolutionizes water and liquids monitoring by delivering real-time, continuous insights into multiple charged, reducible, and oxidizable analytes—all from a single, miniaturized chip. This approach cuts operational costs, streamlines data analysis, and unlocks highly reliable results, giving you a faster, more comprehensive awareness of aqueous media composition. From industrial process optimization to ensuring environmental safety, our solution sets a new standard for efficiency, accuracy, and sustainability in fluid analysis.

Neuromorphic intelligence

By integrating brain-like intelligence into our solutions, we deliver powerful capabilities including real-time virtual measurements, automatic calibration, and robust predictive analytics. Our systems are designed to adapt continuously to changing conditions, and to detect anomalies early while enhancing operational efficiency. All to ensure sustained accuracy, accelerate actionable insight, and enable transformative improvements in industrial, environmental and health management.