Autonomous water quality monitoring for lakes, rivers, and coastal areas.
Aquality provides connected water monitoring systems that measure environmental parameters directly in the field and deliver real-time insights for environmental management, research, and industry.
"Don't bring the water to the lab — bring the lab to the water."
The Aquality USV at work
Watch the autonomous surface vehicle survey a water body, collecting real-time measurements across multiple parameters.
Traditional monitoring is slow, expensive, and limited
Conventional water quality monitoring relies on manual sample collection and laboratory analysis. This approach creates significant gaps in temporal resolution, spatial coverage, and responsiveness.
Collect water sample
Manual collection at each monitoring point
Transport to laboratory
Samples shipped under controlled conditions
Analyze sample
Laboratory processing and analysis
Receive results
Results available days or weeks later
Limited temporal resolution
Spot measurements miss critical events and trends
Poor spatial coverage
High costs restrict the number of monitoring points
Delayed responsiveness
Days or weeks before issues are identified
Bring the laboratory to the water
Aquality deploys connected sensors and measurement systems directly in the environment, enabling continuous and high-resolution monitoring without the delays and costs of traditional laboratory analysis.
Continuous measurements
High-frequency data capture eliminates gaps and reveals patterns invisible to spot sampling.
Real-time data access
Immediate access to water quality data through cloud-connected sensors and dashboards.
Scalable monitoring networks
Deploy multiple nodes to achieve comprehensive spatial coverage across water bodies.
Field-ready deployment
Ruggedized systems designed for permanent installation in challenging environments.
Comprehensive water quality parameters
Aquality systems measure a wide range of physical, chemical, and optical parameters essential for water quality assessment.
pH
Acidity and alkalinity levels
0-14Temperature
Water temperature monitoring
°CDissolved Oxygen
Oxygen saturation levels
mg/LTurbidity
Water clarity measurement
NTUElectrical Conductivity
Ionic content measurement
μS/cmNitrate
Nutrient level detection
mg/L NO₃CDOM
Colored Dissolved Organic Matter
QSUDepth
Water level monitoring
mPAH
Polycyclic Aromatic Hydrocarbons
μg/LHow Aquality works
From deployment to insights in four streamlined steps.
Deploy sensors
Install sensors or measurement platforms at your monitoring locations. Systems are designed for fixed points, floating platforms, or mobile deployments.
Collect data continuously
Sensors measure water parameters at configurable intervals, capturing high-resolution data around the clock without manual intervention.
Transmit to cloud
Measurements are automatically transmitted via cellular, satellite, or local networks to our secure cloud infrastructure.
Visualize and analyze
Access real-time dashboards, set automated alerts, and export data for integration with your existing workflows and systems.
End-to-end monitoring platform
From sensors to insights — a complete system designed for reliability, scalability, and ease of use.
Unmanned Surface Vehicle
The Aquality USV is a compact, autonomous surface vessel designed for water quality monitoring. Equipped with multi-parameter sensors and GPS navigation, it can survey lakes, rivers, and coastal areas with minimal operator intervention.
- Multi-directional thrusters for precise maneuvering
- Integrated sensor array for real-time measurements
- Wireless data transmission and remote monitoring
- Ruggedized hull for all-weather operation
Environmental Sensors
Multi-parameter probes designed for continuous submersion
Edge Hardware
Ruggedized controllers with local processing and storage
Cloud Platform
Secure data infrastructure with real-time processing
Data Visualization
Interactive dashboards and automated reporting
Environmental Sensors
Multi-parameter probes designed for continuous submersion
Edge Hardware
Ruggedized controllers with local processing and storage
Cloud Platform
Secure data infrastructure with real-time processing
Data Visualization
Interactive dashboards and automated reporting
Operation Modes
Manual
Operator controls the USV directly using a camera feed and remote controller.
Semi-Automatic
User selects GPS sampling points and the USV navigates between them to perform measurements.
Fully Autonomous
User defines a lake survey area and the system automatically plans sampling points and completes the mission.
Real-time monitoring network
Visualize data from monitoring stations across diverse environments.
Solutions for every environment
Aquality serves organizations across sectors that depend on reliable water quality data.
Municipal water monitoring
Enable municipalities and water utilities to monitor drinking water sources, treatment processes, and distribution networks with real-time visibility and early warning capabilities.
Research deployments
Support universities and research institutions with high-resolution environmental data for ecological studies, climate research, and environmental impact assessments.
Industrial water systems
Help industrial operators maintain compliance, optimize processes, and protect surrounding environments through continuous effluent and intake monitoring.
Ports and coastal monitoring
Provide port authorities and coastal managers with the tools to monitor water quality, detect contamination events, and protect marine environments.
Proven results in the field
See how organizations are using Aquality to transform their water quality monitoring.
Urban Lake Restoration Project
Objective: Track water quality improvements during urban lake restoration
Outcome: Continuous monitoring revealed seasonal patterns and enabled adaptive management, reducing algae blooms by 40%.
Salmon River Ecosystem Study
Objective: Monitor dissolved oxygen and temperature for salmon habitat assessment
Outcome: High-resolution data identified critical habitat zones and informed conservation strategies for wild salmon populations.
Port Environmental Compliance
Objective: Real-time PAH monitoring for oil terminal operations
Outcome: Early detection system reduced response time to contamination events from days to minutes, ensuring regulatory compliance.
Start monitoring water in real time
Contact us to discuss your monitoring needs, request a pilot deployment, or schedule a demonstration of the Aquality platform.