Cyclops™ is a proven geodetic solution for continuous automated 3D monitoring of structures and surfaces:
Cyclops™ is the world’s leading automated topographic measurement method in terms of projects completed and result quality.
Our Cyclops™ system has the ability to control the latest robotic theodolites to remotely monitor movements in three dimensions and/or perpendicular to a surface with sub-millimetric accuracy.
Our applications include the option to group theodolites together in order to cover larger surface areas and guarantee delivery of the required level of accuracy.
Our experience and constant quest for data quality allow us to achieve superior levels of reliability and accuracy, and are often called upon to remediate third-party facilities.
Any project or structure affected by absolute deformation (3-dimensional monitoring) or relative deformation (distance monitoring, differential settlement, inclination, etc.):
Our Cyclops system has the ability to control the latest robotic theodolites to remotely monitor movements in three dimensions and/or perpendicular to a surface with submillimetric accuracy.
Our applications include the option to group theodolites together in order to cover larger surface areas and guarantee delivery of the required level of accuracy. The Cyclops system can be configured to undertake readings in automatic, semiautomatic or manual modes, allowing to be adapted to individual monitoring scenarios and change as required as monitoring requirements evolve: frequency of acquisition, energy saving, changing visibility, changing area of influence, safety requirements etc.
With more than 2,000 installations worldwide and 24 years of experience, Cyclops™ by Sixense is - and remains - one step ahead of its competitors in terms of reliability, measurement accuracy and versatility
as a result of our extensive network
from installation to provision of pre-processed data in an accessible webspace
needed to interpret measurements in ways that meet your requirements more accurately
to ensure that measurements are accurate and practically useful
