About us
Alberding Monitoring Software (AMoS)
Deformation monitoring
AMoS is used in conjunction with the GNSS sensors of Alberding GmbH for automated geomonitoring. Especially the combination of AMOS with the autonomous Alberding A07 Monitoring System is interesting for numerous customers with continuous monitoring tasks due to the high degree of automation and the attractive pricing. AMoS is used in conjunction with the GNSS sensors of Alberding GmbH for automated geomonitoring. Especially the combination of AMOS with the autonomous Alberding A07 Monitoring System is interesting for numerous customers with continuous monitoring tasks due to the high degree of automation and the attractive pricing.
AMoS is used in conjunction with the GNSS sensors of Alberding GmbH for automated geomonitoring. Especially the combination of AMOS with the autonomous Alberding A07 Monitoring System is interesting for numerous customers with continuous monitoring tasks due to the high degree of automation and the attractive pricing. AMoS is used in conjunction with the GNSS sensors of Alberding GmbH for automated geomonitoring. Especially the combination of AMOS with the autonomous Alberding A07 Monitoring System is interesting for numerous customers with continuous monitoring tasks due to the high degree of automation and the attractive pricing.
Environmental monitoring
Permanent monitoring of environmental parameters, such as temperature, humidity, soil moisture etc. by connecting external sensors to the GNSS system.
Permanent monitoring of environmental parameters, such as temperature, humidity, soil moisture etc. by connecting external sensors to the GNSS system.
System status monitoring
System status monitoring helps operators assess the actual status of complex systems, such as a regional DGNSS positioning service. In order to minimise the number and duration of outages, system downtimes and performance degradations, indicators like data availability, positioning accuracy, service continuity and integrity are continuously observed.
System status monitoring helps operators assess the actual status of complex systems, such as a regional DGNSS positioning service. In order to minimise the number and duration of outages, system downtimes and performance degradations, indicators like data availability, positioning accuracy, service continuity and integrity are continuously observed.