Real deployments proving SHM value — dams, bridges, mines, hospitals, campuses, and more.
Portable vibration monitoring with the xDAS Ambient equipment enables advanced academic research, inspection, and hands-on student training. Supports Operational Modal Analysis (OMA) and practical engineering application
Blast vibration and structural impact monitoring near mining sites using the xDAS Sentry equipment. Protects nearby communities, ensures regulatory compliance, and supports optimization of blasting operations.
Real-time monitoring of a small hydropower dam in a remote mountain area using the xDAS Sentry equipment. Enhances long-term safety, operational reliability, and regulatory compliance.
Blast vibration and structural impact monitoring near mining sites using the xCAS Sentry equipment. Enhances community safety, supports regulatory compliance, and helps optimize blasting operations.
Real-time monitoring of a tailings dam to safeguard mining operations, protect nearby communities, and minimize environmental risks. Ensures compliance, safety, and resilience of critical infrastructure.
Digitex Systems deployed a fully-fledged Structural Health Monitoring (SHM) system at a dam in Rhodes, Greece. In this manner, Digitex continues to support long-term dam safety assessment and operational decision-making…
Portable ambient vibration monitoring with xDAS Ambient. Supports heritage preservation, conservation, and structural safety of a XIV-century Orthodox church.
Deployment of xDAS Ambient system for ambient vibration measurement of a children’s kindergarten in Sochi, Russia. Provided structural validation data to support safety evaluation of educational infrastructure.
Deployment of xDAS Ambient system for portable ambient vibration measurement of a residential building in Krasnodar, Russia. The campaign provided high-quality vibration data for structural validation and academic-engine
Digitex Systems
Provider of real-time structural health monitoring systems to assist engineers with non-destructive testing and early structural damage detection
