Laser monitoring is a breakthrough invention in remote monitoring and networking of spatially separated sensors for comprehensive geo-spatial monitoring of various parameters enabled by innovative photonic systems. Accurate qualitative and quantitative data is collected in real time using a single laser source as a function of time and space.
Novel photonic systems were designed and developed. The systems are novel and innovative using principles of laser back scattering in the environment of operation. CATS is the only company providing single laser sensor that can monitor and record various environments, weather, gases, bacteria, water quality, hydrodynamic signatures, wind profiling, etc.
The sensitivity and accuracy of the monitored parameters are very high compared to conventional sensor measurements. The multifarious advantages of the systems include smaller time responses, higher accuracies, one system to measure a host of parameters in the time, frequency and spatial domains and the freedom from many known constraints associated with conventional sensors. Laser sensors are at the fractional cost to their conventional equivalent. The photonic system collects 10.000 data points per second. All the data is seamlessly integrated, distinguished and stored on big data. This will assist in making geospatial, predictive, prescriptive and descriptive analytics on continual and long-term basis.
More information at www.cats-global.com.