Infrastructure

As real estate developments are underway in London, constructors and geotechnical advisors look to Trimble 4D Control Software for fully automated, real-time and reliable analysis of monitoring data to ensure safety and compliance.

The Norwegian government and its local Early-Warning Center look to Trimble's sophisticated monitoring tools including a GNSS network and the Trimble 4D Control Software to detect and monitor downslope movements of what is expected to be the largest potential rockslide deep in the scenic Norwegian fjords.

For more than two decades, GNSS has played a central role in understanding the movement of the Earth's surface. Today, GNSS helps plan, manage, and respond to seismic emergencies.

An international team of scientists and GNSS experts seeks a new level of precision for Africa's highest peak—Tanzania's Mt. Kilimanjaro.

A Trimble reference network in Benin assists the developing western African country in creating a land titling and records system.

Trimble VRS networking technology helps survey crews perform a topographic survey of a mine's tunnel.

The U.S. Army Corps of Engineers uses Trimble VRS networking technology to deepen the Delaware River shipping channel which provides access to three vital U.S. ports.

Trimble's existing VRS infrastructure technology in place in both Haiti and Chile proves valuable in measuring ground movement and to help with emergency management and disaster recovery.

A Trimble VRS network aids crews surveying one of the largest onshore deposits of natural gas in the U.S.—the Barnett Shale formation in Texas.

Using GNSS to measure a mass on the move.

Surveying professionals predict, prevent and make sense of movement of critical infrastructure through monitoring, one of the profession's oldest growing disciplines.

Canadian province of Alberta uses Trimble VRS networking technology to complete the survey and design of the largest highway project in the region.