Customer Stories
GNSS module for a geodetic handheld device
Survey/ Construction
Geodetic solution provider Teria offers a high-accuracy positioning service and a smart-antenna powered by mosaic-X5.
Dynamic structural health monitoring with high-accuracy GNSS
Structural Monitoring
In Seoul, MOLIT, the Korean Ministry of Land, Infrastructure and Transport, is using the latest technological advances to ensure public safety by using GNSS receivers and antennae for structural monitoring.
RTK positioning for PTC train safety
Railway/ PTC
Wabtec installed Septentrio receivers on 30,000 miles of Class I railways across the United States to provide high-accuracy positioning for Positive Train Control (PTC).
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Mapping floodplains with a high-accuracy survey drone
Mapping/ Inspection/Photogrammetry
WingtraOne Gen II VTOL drone being used by Bacon Farmer Workman Engineering and Testing Inc. to survey flooded areas of Ohio & Mississippi rivers in Illinois, USA.
GPS/GNSS for mining in the toughest environments
Mining / Drilling rigs
Flanders pioneers machine control technology that takes mining efficiency to the next level thanks to cm-accurate RTK positioning.
LiDAR and GNSS/INS sensor fusion for high-quality 3D mapping and inspection
Mapping/ Inspection
Tier 2 II automotive supplier XenomatiX provides road survey with a unique multi-beam LiDAR technology which is fused with Septentrio’s AsteRx SBi3 GNSS/INS receiver among other sensors in XenoTrack, designed for inspecting road quality with millimeter accuracy on global coordinates.
Robust offshore marine construction thanks to anti-jamming technology
Marine Dredging/ Construction
International dredging giant DEME continued its dredging operations despite significant GNSS interference.
Saving costs by completing construction projects on time in some of the most challenging environments.
Machine control/ Construction
Learn how DigPilot’s client Volda Maskin was able to construct the E39 highway on the West Coast of Norway despite rugged mountainous terrain and a rock wall, partially blocking GNSS signals.
Keeping the world’s time reference with PolaRx5TR
Timing
For over a decade the University of São Paulo (USP), Brazil has been using the PolaRxTR time transfer GNSS receiver in their state-of-the-art timing lab to contribute to the formation of Coordinated Universal Time (UTC).
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Autonomous driving and weeding, a reality on today’s farms
Agriculture/Robotics
Meet TREKTOR from Sitia, an autonomous hybrid robot that works tirelessly to weed the organic vineyard producing some of the finest French Gamay wine called Anjou Gamay Village.
How the mosaic-X5 module provides resilient nanosecond timing to critical applications
Assured PNT
With mosaic, Jackson Labs Technologies designed a unique secure PNT solution, taking advantages of AIM+, the latest GNSS anti-jamming and anti-spoofing technology.
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Fully autonomous tractor uses mosaic-X5 for reliable positioning and navigation
Mowing/Robotics
Meet RenuBot, the flexible electrical tractor robot from Renu Robotics, that cuts operating costs in a sustainable way.
mosaic-X5 enabling compact high-performance components for UAVs
UAV/drones
Find out why Hitec selected mosaic as a positioning solution for its cutting-edge components designed for photogrammetry and other drone applications.
Great Britain’s national CORS network OS-UK chooses PolaRx5
CORS Networks
PolaRx5 receivers track all available GNSS constellations and offer unmatched interference resilience to deliver top quality measurements in the CORS network of Ordnance Survey, Great Britain’s national mapping agency.
Monitoring active volcanoes with accurate reference stations
Scientific/EEW
Read all about how the Royal Netherlands Meteorological Institute (KNMI) uses an advanced network of reference receivers to monitor seismic volcanic activity on the Dutch Caribbean islands.
Clearing land mines from World War II with GPS
Survey
A smart GNSS receiver was used to help clear World War II landmines in Brittany, France by the French Navy Bomb disposal team .
Uncovering medieval artifacts with the help of GNSS
GIS/Survey
Norwegian Institute for Cultural Heritage (NIKU) used a Septentrio GNSS receiver to record the exact location of every medieval artefact recovered at the Sverresborg Castle site with centimetre-level RTK precision.