Sensor
AquaSpectra™ Sensor
Our flagship multi-parameter sensor featuring fluorescence, absorbance, and turbidity measurements in a single compact device.
- High precision
- Low power consumption
- Extended battery life
IoT Water Quality Monitoring
Transforming Water Quality Monitoring
Real-time water insight, resilient field sensing, and actionable data for teams managing critical water systems.
Technology
How It Works
From sensor to insight — AquaMesh connects field-deployed probes through a resilient mesh network to a real-time cloud analytics platform.
Explore the flow
System View
Connected AquaMesh workflow
Swipe through the highlights to follow field probes, edge backhaul, and cloud analytics without the mobile view collapsing into overlapping cards.
Products
Our Solutions
A connected hardware and software stack designed to capture better water data from field deployment through analysis.
Benchtop
AquaLab™ Benchtop
The same multi-parameter optical engine as the AquaSpectra probe, repackaged in a compact benchtop unit for lab-side verification and grab-sample analysis.
- USB-C powered
- Field-to-lab continuity
- Same optical engine
Gateway
AquaLink™ Hub
The central gateway for our mesh network, facilitating long-range communication between sensors and seamless data transmission to the cloud.
- LoRa connectivity
- Solar powered
- Extensive range
Platform
AquaView™ Platform
Comprehensive web application for monitoring, visualizing, and analyzing water quality data from all connected sensors.
- Real-time alerts
- Data visualization
- Custom reporting
Use Cases
Where AquaMesh Performs Best
AquaMesh solutions power reliable sensing across field deployments, infrastructure monitoring, and research workflows.
In Situ Monitoring
Basin-scale early warning, post-storm assessment, and long-term trend detection across rivers, lakes, and coastal waters.
Stormwater & Wastewater
Discharge compliance, process water QA, and real-time spill detection for industrial and municipal operators.
Research & Laboratory
Collect high-resolution sample data in controlled experiments using our AquaCell™ adapter.
Case Study
Scripps Pier — San Diego, CA
Collaborating with UC San Diego's Scripps Institution of Oceanography to validate AquaSpectra in demanding coastal conditions — constant wave energy, biofouling pressure, and variable salinity.
Comparison
Why We're Better
AquaMesh combines broader optical coverage with connected deployment infrastructure that typical sondes do not include.
| Product | Sensor Technology | # Parameters | Key Parameters | Mesh Networking | Price |
|---|---|---|---|---|---|
| AquaSpectra™ | Full-spectrum Optical UV-VIS, Fluorescence, Absorbance, Turbidity | 20+ | NitrateTOCfDOMTLFChlorophyllRWTCDOMPhycocyaninPhycoerythrin | Yes | Please Enquire |
| EXO2 | Optical + Electrochemical | 10 | DOpHChlorophyllfDOMNitrate | No | $20,000 |
| spectro::lyser V3 | Optical (UV-VIS Absorbance) | 8 | TOCNitrateUV254COD | No | $25,000 |
| Hach SL1000 | Optical + ISE | 9 | TurbidityfDOMNitrateDO | No | $20,000 |
| Hydrolab HL7 | Optical + ISE | 9 | DOpHChlorophyll | No | $18,000 |
Contact
Talk to the AquaMesh Team
Tell us what you are monitoring and we will help match the right hardware, connectivity, and reporting workflow.
AquaMesh supports autonomous field sensing, watershed monitoring, stormwater deployments, and custom water quality instrumentation programs.
Multi-parameter optical sensing with resilient telemetry.
Guidance on hardware selection, deployment topology, and reporting.
Fast follow-up for pilots, procurement, and research conversations.