We build solutions that are intuitive to operate, easy to deploy, and user-friendly—so you can focus on decision-making, not troubleshooting.
We work exclusively with smart technologies—automated, connected, and intelligent systems that elevate environmental monitoring to the next level.
From energy-efficient hardware to long-life systems and minimal maintenance, we design for lasting impact—supporting resilient ecosystems and responsible stewardship.
Since 2004, HYDROAXYS has been a regional leader in environmental monitoring solutions, simplifying complex challenges with innovative technology and sustainable design. We specialize in environmental measurement instrumentation, system integration, early warning systems, and expert consultation. Serving public agencies, industries, and research institutions, we deliver practical, data-driven solutions to monitor, predict, and protect the environment.
From water quality and hydrology to disaster risk management, our systems are user-friendly, intelligent, and built for durability.
At HYDROAXYS, we believe environmental monitoring should be straightforward. Our approach is guided by three core principles:
We don’t just provide systems—we build trust, empower users, and create lasting value for clients and their communities.
We facilitate the transition to more sustainable, reliable, and affordable environmental practices. With our innovative technologies, we aim to energize society by providing actionable insights that drive efficiency and conservation.
 Groundwater Quality Monitoring/1.jpg)
Utilizing advanced sensor networks and real-time data analytics, modern groundwater applications optimize sustainable extraction and recharge strategies to minimize environmental impact while ensuring long-term resource resilience.
 Water Table Monitoring and Fluctuation Studies/1.jpg)
Advanced sensor networks and predictive modelling enable precise water table monitoring and fluctuation studies, optimizing sustainable groundwater management while minimizing ecological disruption.
 Saltwater Intrusion Monitoring/1.jpg)
Saltwater intrusion monitoring tracks the movement of seawater into freshwater aquifers, helping prevent contamination caused by over-pumping, rising sea levels, or land-use changes in coastal regions.
 Landslide Early Warning System (EWS)/1.jpg)
Integrated geotechnical sensors, real-time slope stability analysis, and predictive modelling enable advanced landslide early warning systems to enhance community safety and minimize environmental disruption.
 Water Quality Index (WQI) Monitoring/1.jpg)
Automated multi-parameter sensor networks and machine learning analytics enable real-time Surface Water Quality Index (WQI) monitoring, enhancing pollution detection and ecosystem protection.
 Hydrological Studies/1.jpg)
Hydrological studies analyze water distribution, movement, and quality to inform sustainable water management, predict floods and droughts, and assess human impacts on ecosystems for better resource planning and conservation.
 Drought and Flood Monitoring/1.jpg)
Drought and flood monitoring systems use real-time data on rainfall, soil moisture, and river levels to provide early warnings and mitigate risks from extreme hydrological events.
Real-time data acquisition systems are critical infrastructures used across industries to continuously collect, process, and transmit data from various sensors and instruments.
High-precision, non-invasive radar flow sensor for industrial and environmental applications.
 Multiparameter Sonde/AquaTROLL 800/3.jpg)
State-of-the-art water quality monitoring system for precise and reliable data collection.
 Practical Loggers/1) Rugged TROLL 100/Rugged TROLL 100 Gray-H.jpg)
Real-time water quality monitoring system for precise and reliable data collection.
 Multiparameter Sonde/AquaTROLL 600/DSC03646-3.jpg)
Compact and reliable water quality monitoring system for precise and reliable data collection.
.png)
.png)
.png)
.png)
.png)
.png)
.png)
.png)
.png)
.png)
.png)
With over 20 years of field experience, HYDROAXYS offers unparalleled technical expertise and practical know-how. Our core strengths include:
We excel at transforming complex technical needs into reliable, field-ready solutions tailored to Southeast Asia’s unique environmental challenges.
