Levelynx 60GHz Radar Flood Monitoring System
“Ultra-precise 60GHz radar flood monitoring with automated phone calls, texts, emails, and siren integration. Includes radar sensor, gateway, and satellite connectivity.”
“Levelynx provides a unified remote monitoring platform for critical infrastructure including flood monitoring, infrastructure health, environmental sensing, and more. 60GHz radar precision with global connectivity.”
“Ultra-precise 60GHz radar flood monitoring with automated phone calls, texts, emails, and siren integration. Includes radar sensor, gateway, and satellite connectivity.”
“Unified remote monitoring platform for critical infrastructure including flood monitoring, infrastructure health, avalanche monitoring, environmental sensing, utility monitoring, and smart city solutions. 60GHz radar sensors with satellite connectivity.”
“Real-time water level monitoring with automated alerts for creeks, rivers, and stormwater infrastructure”
“Bridge clearance, culvert flow, and structural health monitoring for critical infrastructure”
“Air quality, soil moisture, and ecosystem monitoring for research and compliance”
“A flood warning system continuously monitors water levels and automatically alerts people when flooding becomes likely or dangerous. A modern system like Levelynx combines a water level sensor, on-device threshold logic, multi-channel alerting (phone, SMS, email, siren), and integration with the systems emergency teams already use — so warnings happen automatically, in real time, without anyone watching a screen.”
“Every Levelynx system includes a hydrostatic pressure sensor that measures water level with sub-centimeter accuracy. For redundancy or fully non-contact monitoring, an optional Bluetooth radar unit can be added so there is nothing in the flow to be damaged or fouled by debris during a flood.”
“Levelynx measures water level to sub-centimeter accuracy. Both the standard hydrostatic sensor and the optional radar add-on are engineered to stay reliable through rain, fog, darkness, and floating debris — the real conditions where float-based methods often fail.”
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