Making nutrient monitoring simpler, more transparent, and more cost-effective.
Every analytical module is hot-swappable, independently programmable, and ships with an AI-ready microcontroller built in.
Benchtop offline analyzer with autosampler. Modular, plug-and-play analytical modules for plant labs. Replaces manual sampling and expensive bench instruments.
Continuous online monitoring for process control. Ruggedized enclosure. Measures NH₄, NO₂/NO₃, PO₄ and more — simultaneously, in real time.
Open data. Zero service contracts. Modular by design.
No service contracts. No downtime. Swap a module in the field and send the old one back for refurbishment.
Full access to your data, always. Fully customizable methods. No vendor lock-in.
Add or remove analytical parameters as your needs change. Each module is independent and programmable.
AI-ready microcontroller in every module for on-board diagnostics and self-calibration tracking.
Every sample is associated with a calibration standard. Transparent, auditable results you can trust.
Lower hazardous waste. Lower operating costs. Reagent supply model keeps things simple.
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At the core of every T03 system is an intelligent edge controller that orchestrates analyzer modules, maintains local data and event logs, and connects securely over cellular or Ethernet. No dedicated PC required. When connected to Eaos AI agents, the system gains embedded water sector intelligence for process-wide reasoning and proactive guidance.
Plug-and-play modules with built-in intelligence. Every analyzer module executes its own methods and continuously reports performance, health, and diagnostics back to the controller. When performance drifts, the system guides maintenance steps or recommends a module swap, supporting a centralized refurbishment model where service history follows the hardware.
Secure dual-network architecture. The architecture cleanly separates networks: an independent secure connection for remote diagnostics, updates, and AI agent communication, alongside plant network integration through PLC, SCADA, and DCS interfaces when required. Monitoring and control UIs are layered on top, never a dependency for operation.
Offline-resilient, always-on. Local data logging and event storage keep the system operational even when connectivity drops. Secure remote diagnostics and over-the-air updates mean the system stays current and serviceable without a truck roll. AI-ready from the edge to the cloud.
One modular platform, customizable for any market that needs reliable water quality analysis.
Process control, compliance monitoring, nutrient removal optimization
Rivers, lakes, coastal waters — real-time pollution tracking
Ammonia, nitrite, phosphate monitoring for fish health and productivity
Effluent quality compliance and process water monitoring
Data centers, manufacturing, cooling water chemistry
Affordable, configurable analysis for labs and universities
We're building the future of water quality monitoring. Get in touch to learn more about our products or partnership opportunities.