Mount it on a wall
Pick a stable indoor wall. The adhesive strip is pre-applied; screw holes are there if you prefer.
SismoSmart plugs into the wall. It monitors your building's motion 24/7. When a real tremor hits, it notifies your phone and records what happened. An engineer can read it later. A fixed sensor for your home, with clear limits.
Where we stand
SismoSmart is in its pilot phase. The device records what happens in your building so your team — or an engineer — can read the data afterwards. It doesn't replace government alerts. It doesn't replace post-earthquake structural inspection. It's an additional layer.
How it works
Setup takes under five minutes. The device learns your building, learns the seasons, and tells you when something real is happening.

Pick a stable indoor wall. The adhesive strip is pre-applied; screw holes are there if you prefer.
Open SismoSmart on your phone. Find the device over Bluetooth, share your Wi-Fi credentials.
Over the first few days it builds a baseline of your building's normal vibration. After that it can tell what's not normal.
When meaningful shaking happens, your phone gets a notification. If nearby devices confirm, the alert is more reliable.
The device captures raw data during and after the event. Later, an engineer can read it to understand how your building responded.
Multiple devices in one building reveal how different floors move. Multiple devices in one neighborhood cut false alarms.
What it does
Not just an alarm. Long-term structural health tracking, real-time earthquake notification, and post-event reporting — in one piece of hardware.
A sensitive MEMS sensor reads ground vibration 250 times per second. It separates real shaking from regular traffic and footsteps.
When the device detects something, your phone gets a push. Clear message: drop, cover, hold on.
Over weeks and months it tracks your building's natural frequency and damping. Abnormal change in these is an early signal of structural issues.
Peak acceleration, duration, how your building responded — all in one short report. A reference for the engineer before they visit.
Building behavior changes with the season. Environmental data helps interpret that change correctly.
Each device in your neighborhood contributes to a shared signal. More devices, faster confirmation, fewer false alarms.
Pilot path
Before we scale, we focus on a small number of real pilots. The product matures with their feedback. We're starting with these three segments.
One or more devices per flat, plus one in common areas. A free six-month pilot with the building manager.
Facilities with multiple buildings. One device per building, all visible from a central dashboard.
Data sharing with earthquake engineering departments. Researchers get anonymized access, we get academic feedback.
FAQ
Straight answers to what you asked. If we missed a question, write to info@sismosmart.com.
We're talking seconds, not minutes. If the earthquake comes from a distance, the device can pick up the P-wave and notify you before the stronger S-wave arrives. But this isn't possible for every earthquake. For nearby epicenters, the warning window is very short.
No. A single device can't declare a building 'safe' or 'unsafe'. That's the engineer's call. The device gives the engineer better data — the decision stays with them.
Device vibration readings, temperature, humidity, pressure, device health. We don't link personal information to your device. We don't sell your data. Details on the Privacy page.
We know your device's approximate location (neighborhood-level, not street-level) because we need it for event correlation. Finer location only with an explicit pilot agreement.
Only when anonymized and only under a separate agreement with you. That flow doesn't exist yet — it's on the roadmap.
Google uses the accelerometer in your phone, for free, everywhere. That's great. But it can't measure your building's health — it can only estimate the earthquake source. We focus on your building: how it vibrates, how it changes with the season, what state it's in after an earthquake. That's what Google doesn't do.
The device keeps working and records events locally. It can't send notifications without Wi-Fi. When the connection returns, it uploads the pending events.
There's a small supercapacitor inside the device. It provides about 30–60 seconds of bridge power. That's enough to send the last event to the cloud. Longer outages shut the device down.
Plug it into the wall over USB-C, stick it to a wall with the adhesive on the back, pair from the app. No drilling, no wiring, no technician. Five minutes.
One works. But two or three on different floors show how floors move together. That is more useful for structural health. In apartment pilots we target at least three devices per building.
Pilots in summer 2026. Broader launch by end of 2026 or early 2027. Certification and manufacturing may shift the timeline. Sign up for the newsletter to be told first.
Get in touch
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