Instrumentation for a country that lives with weather risk
Metronix, Inc. was founded in 2003 and is based in Caloocan City, Philippines. What started as a supplier of electronic measurement equipment has grown into a full-stack provider of environmental monitoring and disaster risk reduction and management (DRRM) systems, serving government agencies and private industry through a nationwide network of distributors and system integrators.
What we do
We specify, supply, install, and maintain automatic weather stations, hydrological radar sensors, and public early-warning infrastructure — then extend those deployments with data logging and off-grid solar power so remote stations keep reporting through the events they were built to detect.
How we work
Rather than reselling unsupported hardware, Metronix sources directly from OEM principals — including Onset Computer Corporation (HOBO data loggers) and SOMMER Messtechnik (non-contact radar sensors) — and builds its weather station configurations to the measurement classes used in PAGASA-certified networks.
What holds up under field conditions
Direct OEM sourcing
Hardware traceable to named manufacturers, not unsupported grey-market imports.
Sensor-to-siren integration
Field sensors, decision logic, and public alerting built as one deployment, not disconnected point products.
Built for off-grid sites
Solar-plus-battery power sized for the remote locations most monitoring sites actually sit in.
Two decades of continuity
Operating since 2003, with long-standing government and private-sector procurement relationships.
Where our systems get deployed
Government & LGUs
Disaster Risk Reduction and Management Offices (DRRMOs), national weather and hydrological agencies, and local government units procuring monitoring and public-alerting infrastructure.
Water resource management
Irrigation authorities, water districts, and dam/reservoir operators tracking river discharge, canal flow, and reservoir levels.
Research & agriculture
Universities, research institutions, and agribusiness operations using weather and soil data for climate research and irrigation scheduling.