Monitoraggio dei ponti esistenti in Italia: obblighi, scadenze e cosa fare entro dicembre 2026

Global Responses to Structural Settlement

The data pipeline of an inclinometer, stage by stage

Monitoring Miami's High-Rises for Settlement with Wireless Sensors

MEMS, electrolytic or force-balance: which inclinometer to choose for structural monitoring

Wired vs. Wireless Sensors for Bridge Monitoring: A Structural Engineer's Decision

The choice between wireless and cabled sensors for monitoring is often dictated by the structure that needs to be monitored.

LoRaWAN vs LoRa Mesh: Choosing the Right Topology for Complex Terrain

LoRaWAN and LoRa mesh are two ways of approaching how a wireless monitoring sensor can communicate their data to the final destination of a data receptor.

Wireless Inclinometers: A Guide to Structural Rotation Monitoring

Inclinometers are a crucial part of modern wireless monitoring in infrastructure. Learn more about their fundamentals.

Monitoring in Odesa, Ukraine: a team of volunteer engineers preserve monuments with Move Solutions during wartime

In Odesa, Move Solutions’ wireless sensors and the MyMove platform support engineer Emmanuel Durand and his volunteer team with continuous monitoring of vulnerable sites, capturing war-related vibrations and tilt trends to prevent risks and safeguard civilians.

Introducing the new repository feature on MyMove

Organize, access, and share your monitoring data like never before. With the new Repository feature on MyMove, you can centralize documents, reports, and sensor files—all in one secure, searchable place. A smarter way to manage projects, streamline collaboration, and ensure your data is always at your fingertips.

The latest MyMove IoT Platform updates

Stay ahead with the latest enhancements to MyMove, our IoT platform designed for seamless integration and deeper insights. In this update, we unveil powerful new features—like support for third-party sensor integration, flexible report scheduling, and improved analytics—that make monitoring more unified, intuitive, and future-proof than ever.

Environmental Sensor: comprehensive environmental monitoring in a single device

LoRaWAN and structural health monitoring a disruptive match

Every structure needs to be monitored throughout its useful life in order to ensure an adequate level of safety.

Seamless SHM solutions in the US!

Partnering with Global Geosystems for Spain and Portugal!

Global Geosystems is an official Leica Geosystems distributor with more than a decade of experience in the sale, rental and repair of surveying equipment in Spain and Portugal. Their website, topotienda.com, is one of the top ones in the market and this collaboration will help us create a deeper connection with our Spanish and Portuguese clients.

Proactive vs. reactive approaches in SHM

Why do we need structural health monitoring

As we grow old, our body changes: bones become more fragile, skin is less supple, hair falls out. We become weaker. The same happens with infrastructures: their structural components, like our bones, deteriorate over time and that has an impact on the strength and performance of the building.

Bridge failure and how to prevent it

In Italy, more than 300 bridges are at risk of failure.In America 1 in 9 bridges are considered to be structurally deficient. Worldwide, there have been collapses since 2000, with more than 22 of them occurring over the past 2 years.‍‍

How to tackle the problem of bridge scour

Bridge scour refers to the erosion of soil around bridge foundations (abutments and piers). It occurs when fast-moving water surrounding a bridge removes sediment from around the bridge foundation, creating scour holes that can seriously compromise the bridge’s integrity. Bridge scour is the leading reason for bridge failure worldwide.

Smart Bridge Monitoring: what you need to know

Bridges and viaducts are stressed every day by different loads. As the infrastructure ages, maintenance is critical to keep the bridge viable. A bridge monitoring system provides the information needed to support an optimized maintenance cycle, improving safety and reducing operations costs.

Train derailment: causes and prevention

Train derailments are not as common as car accidents, however when they happen they are usually deadly. Only in 2019, in the US we had 11,776 train accidents, with a total of 858 lives lost; in Europe during the same year we witnessed 1552 accidents, with 824 fatalities.