CYCLOPS™ is a suite of patented drivers and processing modules for operating and enhancing commercially available Total Stations.

Sixense's strong partnerships with vendors enables powerful and cost effective packages for our clients.

A unique and powerful feature of CYCLOPS™ is its ability to operate multiple systems as a group where data from all units is processed globally yielding un-rivalled accuracy. It allows for monitoring large areas or complex configurations with the guarantee to deliver the required level of data quality.

No wonder CYCLOPS™ is the preferred choice of the construction industry for real-time deformation monitoring of structures such as tunnels, shafts, caverns, retaining walls, roads, railway tracks, etc…

Obtaining accurate measurement when commissioning the instrument is one thing, but keeping the same level of accuracy when the environment and conditions are dramatically changing is another challenge.

With CYCLOPS™, control parameters are followed in real time and adjusted as required to maintain the highest level of availability and accuracy.

Standalone or in a networked group, with or without prisms, fixed or mobile, installed in unstable areas or not… the capabilities and versatility of CYCLOPS™ are such that it can cope with almost any situation without jeopardising performance.

An excellent example of this, is the global monitoring of caverns for the Melbourne Metro station construction where the configuration is complex and changing daily.

Challenge us!

The combination of Geoscope + Cyclops is a robust and reliable solution when real-time 3D deformation monitoring is required with sub-millimetric accuracy.

Each solution is tailored to your specific project and draws on a vast experience in a range of applications.

With close to 20 years of deployment and enhancement where more than 2,000 systems have been deployed worldwide, we commit on the deliverables in terms of data availability and data quality and guarantee a high level of service.

We accept a performance-based contract agreement.