Through a detailed analysis of the different types of infrastructure to monitor, we identify the most critical structural vulnerabilities to keep under control. According to such studies, we deliver tailor-made monitoring systems to our clients.
We offer complete support in the installation phase of our wireless sensors. These plug-and-play devices operate in an autonomous and reliable way, efficiently collecting, processing and transmitting data.
Thanks to proprietary algorithms, specifically designed for each type of asset, the data is transformed in real-time into key performance indicators representative of the structural health.
An interactive platform, embodying a digital twin of the monitored network, transimts alarms in case of anomalous structural behaviour, allows to to delve into the data and to generate structural health reports.
The battery supplies the power necessary for the sensor to function, guaranteeing its autonomy in continuously collecting and transmitting data. Also, it is rechargeable through a solar panel.
The protective case, featuring an ergonomic and resistant design, guarantees the device's durability, protecting the internal components of the sensor from environmental factors such as humidity, dust and atmospheric agents.
The CPU, which represents the vital heart of the sensor, forms the epicentre of innovation within the Displaid node. Thanks to proprietary data management algorithms, the CPU minimises energy consumption, ensuring long operating autonomy.
The solar panel, integrated into the case, powers the sensor in an eco-sustainable way and recharges the battery, reducing the need for replacement interventions.
The transducer, a key component, measures a specific physical quantity (such as inclination or temperature) and converts it into an electrical signal, ready for further processing.
Tailor-made data analysis algorithms have been meticulously crafted for each type of structure, combining data from different sensors to maximise sensitivity to the most critical damage mechanisms. This approach makes it possible to detect anomalies from an early stage, anticipating any maintenance intervention.
Characterised by exceptional replicability by design, Displaid algorithms easily apply to assets with similar structural properties, requiring minimal modifications. This feature enables us to extend the monitored network quickly and effectively.
The damage indicators are treated using Artificial Intelligence algorithms to eliminate the influence of non-structural parameters, such as environmental conditions. These specialised algorithms can interpret complex phenomena, allowing us to obtain accurate information and reduce false alarms, thus improving overall sensitivity.
