The Leica Geosystems’ monitoring package for the rehabilitation of the Edgar Cardoso bridge in Figueira da Foz, Portugal.

The permanent monitoring system for the 1915 Çanakkale Bridge, connecting Turkey and the rest of the European continent.

Weather conditions, aging, human activity, geological changes and other factors can alter structures and pose a challenge for engineers that strive to maintain the health of the constructions that our economies and daily lives depend on.

The importance of monitoring is growing in heavy construction as the rapid execution of projects requires enhanced focus on worker safety and structural health.

 Building new infrastructure in cities with rich cultural heritage.

Read more how companies have increased their investment in monitoring after disastrous dam breaches in Brazil in 2015 and 2019.

When the South Road Superway in South Australia was completed, there was an important monitoring project. 

In early 2017, winter storms filled and then overfilled reservoirs in California, USA, leading to the evacuation of hundreds of thousands of citizens near Lake Oroville, California's second largest manmade lake. 

Get into the details and the necessity of a well-planned monitoring project to support a long-term expansion project of the railway station in Winterthur, Switzerland.

Preserving cultural artefacts with a total station in Sweden.

Monitoring water levels in Germany with GeoMoS.

Germany's busy Kiel Canal has got modernised and carried out safety improvements with a monitoring system.

Leica Geosystems instruments ensured the centimeter accuracy of the Gotthard miner's work and the engineers in charge at the Brenner Base Tunnel.

For the Gerald Desmond Bridge Replacement project, a vertical alignment system has been developed by Leica Geosystems.

Leica Geosystens has developed the current state of art in high-rise construction control and the Vertical Alignment System for tall buildings. 

In the Newmont's Ahafo South Mine there is countinuous, extensive monitoring to keep open pit miners safe from falling rocks or collapsing walls.

New solutions monitoring the Millenium Tower Bosten with the GNSS-based vertical alignment system. 

Automated monitoring ensures full control of sensitive ground when central sewage treatment plant undergoes expansion.

Cepemar plays a key role in monitoring tailings dams at mines across Brazil to help companies enhance safety and comply with national laws.

Deploying a GPS solution to locate the layout of Central Park Tower‘s floors.

Käppeli Digital from Sargans has expanded its service offering. By adding monitoring, they can undertake monitoring projects internally.

Preserved as a historic building had to be preserved while partial demolition of its internal structure was carried out.

Emergency services needed to quickly control the stability of the slopes in order to begin rescue operations. Working in a unstable situation, they needed an alert system.

With the exponential growth in transportation infrastructure monitoring of any maintenance or construction works has never been more important. 

The Warsaw Metro is a rapid transit system serving the city of Warsaw

Leica instruments and software highlight the complex system monitoring the tracks during Central Station’s Sydney Metro upgrade.

A high-speed train, a critical highway and a monitoring challenge.

Keeping light railway travellers safe with a monitoring system in Dublin, Ireland.

Find out how monitoring helps guide Harvard to make appropriate decisions on the life-safety of the famous Harvard stadium.

City infrastructures are not built overnight. In between planning, design and construction, there are other crucial activities – just like monitoring happening at the same time.

The Messina region is hit with natural disasters but with the advanced surface monitoring system they avoid the element of surprise.

Even the smallest movements can cause long term complications, thus, it is critical that these structures are monitored.

A solution for structural and geodetic airport monitoring during construction process.

With the Leica Deformation Monitoring solution GeoMos local authorities were able to evacuate the valley's industrial zone and several roads at an early stage in Ticino. 

Monitoring the Royal Canadian Air Force Warren Truss Hangars’ wooden structure.

Undocking cruise ships’ power stations with the help of GNSS in Germany.

In a country where 20 deaths a day are contributed to vehicular accidents, a public transportation system could translate into saved lives. 

A new underground station directly beneath the historic landmark was built. The new station will be known as the Crossrail Paddington Station.

In a world where there is no such thing as absolute stability, movement is an ever present phenomenon, how much something moves and when, has different importance to different people. 

Obtaining precise and reliable coordinates during the construction process of London’s second tallest skyscraper with a tailor-made GNSS solution.

The automated monitoring solution developed combining Leica Nova TM50 total stations and WiSen wireless sensors.

In 2018 the 200 residents of British Columbia’s Old Fort were shocked by the roar of a landslide.

Fortunately no one was injured when 100'000 cubic meters of rock slid down a rocky scarp near a hydroelectric facility northeast of Cambell River, British Colombia, Canada.

Monitoring the Kiel Canal 

The "Lukoil" Ltd. has initiated a geodynamic monitoring system on a maritime, ice-resistant platform to ensure safety on the high seas. 

Monitoring the roadways of Singapore

In the quest for finding hidden chambers in Tutankhamun’s tombs with Ground Penetrating Radar in Egypt.

A semi-automated monitoring project to assess the helipad structure’s safety at emergency and of the largest accident hospital in the UK.

The new Hinkley Point C nuclear power station that will produce enough carbon electricity to power 6 million UK homes.

The City of Ancona has designed and installed a complex integrated monitoring system to provide constant control of the landslip area. 

GNSS receivers guide an around-the-world adventure of the Italian sailor.

In the summer of 2009, Leica Geosystems has developed a real time slip-form rig positioning system, used to construct the central concrete core of The Shard.

Continuous monitoring during an extensive rail line expansion in Rennes, France.

King’s Cross, one of the most significant reconstruction projects in London, UK, monitored by a tailored monitoring solution.

How Leica Geosystems instruments provided cost-saving benefits for monitoring and construction applications.

Teodoliten grew with monitoring and expanded their service portfolio adding automated monitoring solutions.