The integrated system for continuous structural monitoring of buildings and infrastructure.
Continuous structural health monitoring and seismic event response detection in a single architecture. Objective data, timely decisions, zero uncertainty.
Real-world
monitoring cases
Two monitoring modes. One unified system.
The BBOX 2.0 system architecture combines long-term structural health monitoring with response detection during seismic events. Observing over time and being ready when it matters: two distinct needs, one integrated solution.
Structural data over time
To maintain continuous, up-to-date knowledge of structural health and intervene early, when it costs less.
Continuous data enables tracking of the evolution of the structure's dynamic characteristics over time, including changes in vibration modes.
Detecting critical signals early allows intervention before they develop into more serious, invasive, and costly conditions.
The collected data supports informed planning of interventions, reducing emergencies, extraordinary costs, and unplanned downtime.
Reliable data when it matters
To record the structural response during earthquakes or other critical events and support post-event assessments with objective, immediate data.
Accelerations, displacements, and inter-storey drift available within minutes, supporting initial technical assessments and operational decisions.
A timely reading of the structural response reduces downtime and supports faster decisions. MOSI can assist with the post-event structural safety assessment.
The recorded data enables more effective targeting of inspections, technical investigations, and interventions, concentrating resources where they are genuinely needed.
BBOX 2.0 base configuration
In its base configuration, BBOX 2.0 acquires triaxial accelerometric data and delivers concrete information: accelerations, displacements, inter-storey drift, and inclinations. The system can be expanded with additional sensors to suit specific monitoring requirements.
Next-generation triaxial MEMS sensor, designed for continuous structural monitoring in civil and industrial environments, even in extreme conditions.
Central data acquisition and processing unit. Manages multiple sensor types and transmits in real time over wired or mobile networks.
Structural data, accessible anywhere
The BBOX 2.0 data access platform centralises monitoring information and system management in a single environment. Designed for engineers and technical managers: clear, exportable data, comparable over time.
Centralised access from any device and location
Standard formats compatible with the main analysis environments
Evolution over time and comparative reading across different moments
Configuration and control without on-site intervention
Digitalising structural data to eliminate uncertainty
BBOX 2.0 is suitable for any structure where observing structural behaviour over time and having reliable data during significant events matters.
Highly automated structures and production lines that cannot afford unplanned downtime. Immediate data to resume operations safely after an event.
Early detection of degradation, support for periodic inspections, and objective data for maintenance decisions on strategic infrastructure.
Churches, bell towers, and protected architectural assets: inclination monitoring, seismic monitoring, and preventive conservation with reliable technical data.
Residential complexes and managed property: timely post-event safety assessment, safeguarding residents and assets.
Corporate headquarters, shopping centres, and offices: continuous monitoring to ensure operational continuity and support fitness-for-use assessments.
Hospitals, civil protection facilities, and public-use plants: guaranteed operational continuity even at the most critical moments.
Ready to digitalise your structures?
BBOX 2.0 combines continuous monitoring, event response, and remote management in a single architecture. The MOSI team is available for a tailored technical consultation.