In practice
From an aluminium smelter to structural health monitoring: SenSe grew from environments where continuous, reliable data is essential.
More than 264 RS485 inputs across three sections of an aluminium smelter in Delfzijl had to be recorded every five seconds, 24/7 under severe electromagnetic interference.
A clean Linux platform and proprietary acquisition protocol achieved over 99% data reliability.
Customers gained portal access to real-time and historical screens at an early stage of the web.
SenSe was selected as an independent collection and publication platform for the Dutch IJkdijk projects. SenSe was also used within Smart Dairy Farming at Wageningen University & Research.
Machines, processes and structures across industries and countries continue to be captured every few seconds.
From test environment to field
Used SenSe for energy meters in its early years and later developed its own platform from lessons learned.
Uses SenSe for structural health monitoring, including international StabiView projects.
A separate descendant for compressed, event-based, multi-signal high-frequency datasets.
OnlineQMS · StabiView
StabiAlert sensors autonomously detect an abnormal event and send the compressed high-frequency data block through edge-buffered communication to OnlineQMS. Raw and conditioned signals, peaks and frequency content then become available for analysis.
OnlineQMS is a separate event-data platform derived from SenSe. StabiView is its StabiAlert application.