The Ayyeka Wavelet RTU provides edge data storage, intelligence, communication, and alerts and integrates with a large number of water, wastewater, and environmental sensors. 5-7 year battery life. LoRaWAN and cellular connectivity.

The Ayyeka Field Intelligence Application web software platform provides data visualization, analytics, and reporting. API is available as well as interfaces to SCADA integration.

Schneider Electric XMLG010D21 electronic pressure sensor integrates with the Ayyeka Wavelet RTU for data storage, communication, and reporting.

APG MNU Series sensors integrate with the Ayyeka Wavelet RTU for data storage, communication, and reporting. Measures distance, level, or volume. Ranges from 4 in - 40 ft.

The APG Series FT-100 and FT-300 float switches serve as an alarm when water or wastewater reaches a defined threshold level. Integrates with the Ayyeka Wavelet RTU for data storage, communication, and reporting.

The Kapta 3000-AC4 sensor fro Veolia Water integrates with the Ayyeka Wavelet RTU for data storage, communications, and reporting. Measures chlorine, conductivity, pressure, and temperature.

The AQUALABO optical turbidity and temperature sensor integrates with the Ayyeka Wavelet RTU for data storage, communication, and reporting. Measures turbidity and temperature for water and wastewater environments.

The AQUALABO C4E Conductivity sensor integrates with the Ayyeka Wavelet RTU for data storage, communications, and reporting. Measures conductivity, salinity, and temperature.

The AQUALABO optical dissolved oxygen sensor integrates with the Ayyeka Wavelet RTU for data storage, communications, and reporting. Measures dissolved oxygen and temperature for water and wastewater environments.

The AQUALABO pH, redox, and temperature sensor integrates with the Ayyeka Wavelet RTU for data storage, communications, and reporting. Open water, water supply, and wastewater environments.

The RadioBridge equipment (pumps, motors, compressors, gearboxes, fans) vibration sensor detects signs of equipment failure. The vibration analysis and condition monitoring solution provides advanced predictive maintenance capabilities for rotating machines and other equipment. Continuous 24/7 monitoring of your assets will detect early signs of wear and warn you before a failure occurs, saving you downtime and expensive repairs.

LoRaWAN connectivity and software platform for data visualization, analytics, reporting, and alerts.

AI software solutions using sensor and advanced metering infrastructure (AMI) data + machine learning models can help utilities pinpoint and predict which pipe segments have higher risks of leaks or failures

Machine learning software can also help run “digital twin hydraulic models” and identify other risks in your distribution network, such as anomalies in water flows, pressure, and levels that can create system failures and downtime as well as identifying other asset management risks, such as sewer and stormwater overflow sites and conditions.

The Move Solutions Triaxial Vibrometer measures the velocity of the point where it is installed, providing complete frequency and amplitude analysis of vibrations.

With the use of Vibrometer devices it is possible to highlight any seismic vibrations, mainly induced by external factors, and monitor their risks. All sensors also record temperature, are battery powered and use the LoRaWAN wireless communication protocol.

Cloud-based software for data visualization, analysis, alerts, and reporting.

The Move Solutions Triaxial SHM Accelerometer measures the acceleration of the point where it is installed which is essential for measuring the vibration frequencies and for carrying out a modal study of the structure. It is possible to highlight any seismic vibrations and monitor its risk. Sensors record temperature, are battery powered, and use LoRaWAN for connectivity.

Cloud-based software platform for data visualization, analytics, alerts and reporting.

The Move Solutions triaxial Tiltmeter is able to measure the variation of the static angular inclination of the structure with respect to the horizontal plane, i.e. perpendicular to the gravitational axis. By installing an entire system it is possible to reconstruct the static deflection of the structure. All Tiltmeters can be perfectly synchronized with each other, which is perfect for static load tests. The Tiltmeter is also able to measure temperature. It is battery powered and has LoRaWAN wireless connectivity.

Cloud-based software platform for data visualization, analytics, alerts and reporting. The data acquisition methods can be set by the user through the platform.

The Move Solutions DECK displacement sensor is the only patented wireless sensor on the market capable of measuring the uniaxial oscillations of the structure providing displacement values with an accuracy equal to that of the interferometric radar (0.01 mm). The DECK device samples at 100 Hz, constantly and remotely. It is also capable of detecting temperature and vibration frequency. DECK is battery powered and uses the LoRaWAN wireless communication protocol.

Cloud-based software providing data visualization, analytics, alerts and reporting.

Move Solutions’ Analog Communications Node enables the integration of third-party wired and wireless sensors into Move’s software analytics platform. Connect crack meters, strain gauges, piezometers, and other geo technical and environmental sensors into the Move Platform for a complete picture of structural health monitoring.

Move Solutions’ cloud-based software platform for bridge and building structural health monitoring provides users with data alerts, storage, visualization, analytics, and reports. API connectors available.