Meet SenseiQ—the revolutionary device that changes the game in earthquake assessment.
While traditional sensors tell you how hard the ground shook, SenseiQ reveals what truly matters: the actual structural displacement that caused damage to your building.
It's the difference between measuring the storm and measuring the impact.
SenseiQ features
Fast and Precise
Accurately track building displacement with millimeter accuracy. Know exactly what’s happening within minutes after an earthquake.
All-in-One Sensor
Measure more than just displacement. SenseiQ also captures acceleration and velocity — delivering real-time comprehensive data.
Real-Time Access
Stay informed, anytime, anywhere. Monitor live data continuously and get notified if something happens, with full access to updates from any location.
Flexible Installation
SenseiQ can be easily mounted on various structural elements — beams, columns, or walls — ensuring versatility for any building.
Minimal Maintenance
Rest easy with self-diagnostic features. If something is not working as it should, you will receive a notification.
Accessible Anywhere
Check your building’s performance from your phone or laptop through our app, or connect the data to your own tools via our API.
SenseiQ app
Your building's health, right at your fingertips. The SenseiQ app puts you in complete control— monitor your sensors live, dive into past seismic events, and receive instant alerts the moment an earthquake strikes. Stay informed, stay prepared, stay ahead.
Frequently Asked Questions
Why monitor my building?
Real-time earthquake damage detection minimizes disruption and avoids unnecessary evacuations. By having objective data about your building's structural integrity immediately after a seismic event, you can make informed decisions that save time, reduce costs, and ensure occupant safety without prolonged uncertainty.
Why inspections are not enough?
After an earthquake, damage may not be as visible as it was during the shaking. Small cracks could have been much bigger, and the building may have shifted back, hiding the damage. Visual inspections can only tell you what happened after the earthquake, not during it when the maximum stress occurred. This means critical structural behavior during peak shaking remains invisible to traditional assessment methods.
What makes SenseiQ unique?
SenseiQ measures real-time relative displacement, which directly correlates to damage. Traditional sensors such as accelerometers measure acceleration, i.e. the intensity of shaking. While acceleration tells you how strong the earthquake was, displacement reveals the actual deformation your structure experienced—the true indicator of structural damage and what engineers use to assess building safety.
How quickly can you access the data?
Data is available remotely within minutes after an earthquake. This helps you quickly assess building damage, speeding up inspections and re-occupation. Unlike traditional methods that require on-site inspections which can take days or weeks, SenseiQ provides immediate actionable insights, enabling faster decision-making when time is most critical.
Partners
