Buildings Structural Health Monitoring (SHM) been designed for the rapid assessment of the health of a building, and is recognized as one of the best means available to increase safety and optimize operational and maintenance activities of complex structures.Learn More Get in Touch
MS Systems is a leader in bridge monitoring, with extensive expertise during the construction and operation stages of bridge lifecycle management.
Our objective is to provide actionable information, through MS Gecko’s SHM system, to ensure the longevity and safety of a bridge as well as optimizing its management.
Our expert team approaches each bridge as a unique system, and will work with you to establish a successful bridge-monitoring program to suit the specific needs of your structure.
Through implementing bridge-monitoring systems across the world, we have the experience and expertise to successfully tackle projects both big and small. We’d be happy to discuss your objectives and see how we can help with your next bridge-monitoring project.
Data acquisition systems
Data transfer and storage mechanism
MS Gecko offers our customers a bridge monitoring system that provides instant information to quickly and precisely determine problems as they arise, helping them make an informed decision.
MS Gecko’s Distributed Structural Health Monitoring (DSHM) approach provides our customers with a complete solution, utilizing ultra-sensitive sensors, such as: MEMS, fiber optics, etc.
Monitor infrastructure degradation and receive warning notifications to perform preventative maintenance and ensure safety of the building’s inhabitants.
Actively monitor the bridge’s elements to accurately assess the current condition of the structure and establish a maintenance plan to perform repairs as needed.
Assure that the performance of your new or existing bridge meets both design and code specifications.
Gain increased knowledge and insight about the materials and environmental impacts influencing your bridge system.
Get an immediate status update about the bridge’s health, including possible damage and failures, following adverse events.
Our philosophy is simple: the sensing system needs to match the reality of its environment. Given that a point in space has six degrees of freedom (DOF), our solution has been to match this complexity with an integrated combination of sensors that can be deployed to suit each customer’s unique needs.