From sensor to decision, in a single offer.

Tailored SHM systems, software and data analytics, design and validation: from pilot to recurring service, across six sectors.

01 · SERVICES

Hardware, software and engineering in a single offer.

We support you across the whole life cycle of the structure: from sensor-system design to damage diagnosis and operational adoption.

01

Tailored SHM systems

Kit with patch and acquisition electronics, configured for the geometry and material of the component, installation included.

02

Software and data analytics

Dashboards, alerts and reports on web, mobile or cloud platforms, with data processing and model updates.

03

“Smart” design

We integrate sensing from the design stage: number and position of sensors, excitation and sampling frequencies are optimised with numerical models.

04

Validation and standards

Test campaigns, FE simulations and simulation of certification tests, according to existing standards or ad hoc protocols.

How we work: from pilot to service

THE PILOT IS A REPEATABLE TEMPLATE
  1. 01 · ANALYSISUse case and objectivesStructure, safety constraints, maintenance goals and shared KPIs.
  2. 02 · DESIGNTailored systemSensor arrangement and measurement parameters defined with numerical models.
  3. 03 · PILOTInstallation and measurementStandardised kit, procedures, dashboard and reports, with a validation report.
  4. 04 · ROLL-OUTRecurring serviceExtension to further assets or to the fleet, with monitoring, analytics and support.
TYPICAL PILOT KPIs Inspection hours and campaigns Alarm reliability (false positives and negatives) Degradation trends Downtime avoided
02 · APPLICATIONS

Wherever hidden damage is costly.

Sensor architecture, algorithms and interfaces are adapted to the component and the sector.

Sense&Learn patch applied to the composite flaperon of a tiltrotor aircraft, connected to the acquisition electronics
A · AEROSPACE

Composite aerostructures

Control surfaces, panels, wings and tanks: detection of barely visible impact damage (BVID) and monitoring throughout service life, to reduce downtime and inspections.

Control surfacesStiffened panelsImpact damage

PILOT CASE · Composite flaperon of a tiltrotor aircraft, in a controlled operational scenario.

03 · IMPACT

More safety, less waste.

Knowing the actual condition of a structure means replacing parts only when needed and, over time, reducing safety margins where measured data justify it. From a circular-economy perspective, it is also a sustainable choice.

Longer service life

Replacements only when necessary, not out of caution: less material and lower emissions.

Condition-based maintenance

Interventions planned on the basis of data instead of sudden downtime and calendar-based inspection campaigns.

Failures prevented

Damage caught early is repaired before it grows: greater safety for people and reliability for plants.

Do you have a structure to monitor?

Tell us about your case: together we will design a pilot with measurable KPIs.

Talk to us