Worldsensing

“The continuous monitoring system allows anomalous situations that could compromise the structural safety of the bridge to be detected and maintenance and repair work to be planned more precisely.”

“The deployment of long-range instruments like the Worldsensing Vibrating Wire allowed us to consistently monitor and report any water level rises due to heavy rainfall, particularly during the rainy season. This proactive approach minimizes disruptions and maintains project timelines.”

“In spite of being installed in boreholes with steel covers, or behind the body of the dam with no line of sight to the gateway, the Worldsensing nodes are able to transmit data without the need for repeaters.”

“Nowadays the safety concept is different. We want to anticipate when a large fault is forming, not wait until the radar sees it. Then we can stop that process using other tools. This is what’s being asked from us.”

“You’re making the devices self-reliant for power, you are also removing the wires. All in all, you’re taking out the vulnerabilities from the system. So, we go from systems where you installed 100 instruments and they kept breaking down, and in time you found out that only 15 or 18 were working, to systems with thousands of instruments that will remain 100% in operation.”

“One of the [Worldsensing] gateways that we first installed has kept on monitoring for years, without any work done on it. I haven’t had to check that gateway since I installed it. This kind of reliability is one of the biggest advantages of this system.”

“What Worldsensing has brought us is reliability, the trust that the systems will remain online.”

“The immediate results for the client include accurate and reliable monitoring of the track’s condition, with data being transmitted every 30 seconds. This allows for timely detection of any changes in the track’s structure, reducing the risk of errors and ensuring robust monitoring.”

“The Worldsensing monitoring system allows parameters to be checked with high reliability, and measurements to be compared to the design values and control limits. With over 300 channels it can provide results every 3 hours, requiring only occasional maintenance and error correction.”

“We believed remote monitoring and real-time data were the perfect choice. When it came to finding a partner to back this project, Worldsensing stood out as the only logical choice. I’m always 100% confident that their data collection is accurate. This option allowed us to swiftly take decisive action and implement safety measures.”

“We are very pleased with the Worldsensing system. Data loggers are available for most types of sensors and mounting and configuration are easy and fast. One has full control over the gateways via the Worldsensing data server and data transfer also works great. In addition, Wordsensing offers very good technical support.”

“By integrating Worldsensing’s GNSS Meters, and wireless Tiltmeters, IPI’s, Piezometers and extensometers, we’ve moved beyond traditional manual surveying. This innovative, automated system delivers high-frequency, real-time data in a highly dynamic environment, giving the Isle of Wight Council the insights needed to manage public safety and infrastructure with complete confidence.”

“El sistema de monitorización continua ofrece la capacidad de detección de situaciones anómalas que pueden comprometer la seguridad estructural del puente y permite guiar de forma más precisa las labores de mantenimiento y reparación”

“There was reduced maintenance because the battery life is so long,”

“Everything with the solution is almost plug and play. If there is any increase [in budget] in you buying additional equipment, you will save on manpower easily. Worldsensing is reliable, it’s quick, and for that reason you’re able to cut back on a lot of costs.”

“It’s 100% satisfaction. They keep coming back and asking for more. The return on investment is easily less than a year for this.”

“The Loadsensing solution simplified the scalability of the network, allowing new points and measurement parameters to be added easily, and with no need to run new cable routes. The data obtained helps the design teams to better understand the dynamics of the structure, and to make informed decisions about future works.”