The global demand for geospatial data has catapulted to unprecedented heights, facilitated by an increase in geo-enabled devices and technological capabilities. The global GIS (Geographic Information Systems) market is expected to grow exponentially over the next five years, where it will continue to impact government, utility management, transportation, and many other sectors. There is widespread […]
Water Pressure Monitoring
Nobel Systems to be Featured at AWWA ACE18 Innovation Lounge June 12-14 in Las Vegas
Nobel Systems has been selected to exhibit at this year’s American Water Works Association (AWWA) Annual Conference & Exhibition Innovation Lounge in Las Vegas June 12 -14. The event takes place at the Mandalay Bay Conference Center. This is an invitation-only lounge that showcases companies with the latest, state-of-the-art technologies for the water management industry. […]
Nobel Systems Installs GeoViewer IoT Water Monitoring System for Mission Springs Water District
Nobel Systems has installed GeoViewer IoT, a real-time pressure monitoring system for the Mission Springs Water District in Desert Hot Springs, CA. The system monitors water pressure along the district’s utility lines using a GIS map-based system. If a leak or break occurs anywhere along the system, the water district employees are immediately notified via […]
Nobel Systems Installs IoT, Real-Time Water Pressure for Rowland Water / Water Quality Monitoring Systems for Rainbow Water
The IoT device installed for RWD’s system monitors pressure in remote locations, with no electricity or WiFi networks required. It is powered by a solar panel-charged battery and data are transmitted through a regular Verizon or AT&T LTE Cat M1 network.
Nobel Releases Cutting-Edge IoT-Based Pressure Monitoring System
As a pioneer in providing cutting-edge solutions, Nobel Systems has released an Internet of Things (IoT) based real-time pressure monitoring system that can be used across a water utility’s Distribution or Transmission Network. The purpose of this system is to continuously monitor pressure (every 3 seconds) throughout strategic points on the distribution network, especially in […]