Inform without scaring
No disaster marketing. The device creates preparedness, not panic.
About
We live in Türkiye. We want our buildings to be sound.
We came together after the 2023 Kahramanmaraş earthquakes and recent tremors around Istanbul. We wanted to know how our homes and our city respond to earthquakes. So we built the device.
Story
Why we built this
After earthquakes, people need clear information before the engineer arrives.
After a major earthquake in Türkiye, building inspections take weeks, sometimes months. During that time, families don't know if they can return home.
We won't eliminate that wait entirely — at the end of the day, an engineer must visit. But before they get there, we want a layer of data that says 'this building is probably fine' or 'this building is a priority'.
Our team has a civil engineering academic advisor, two MSc civil engineering researchers, and a founder on embedded and software. We're all based in Türkiye. We test the device in our own homes.
Be clear about limits
We'll openly state what we don't do. Not an official warning system. Not a substitute for an engineer's report.
Return data to its owner
Your building's data is yours. Anonymized aggregates may go to academia or government. Personal data isn't for sale.
Path
What happens next
Prototype, pilots, field data and certification.
Q1 2026
Team and product vision
Core team assembled, key product decisions made, system architecture written.
Q2 2026
Prototype and pilot prep
First hardware prototype, mobile app scaffolding, first pilot site conversations.
Q3 2026
First pilot installations
Five to ten buildings, three months of data, feedback, final product.
Q4 2026 / Q1 2027
Certification and manufacturing
CE certification, first 1,000 devices, broad launch.
Team
A small team close to the problem
The product is shaped by engineering work and feedback from real homes.
Founder
Hardware, software, product
Responsible for embedded systems, IoT, cloud, and the product.
Academic advisor
Earthquake engineering
PhD in civil engineering. Scientific validation of structural health algorithms.
Civil engineers
Structural health and pilot sites
Two MSc civil engineering researchers. Lead the building-side algorithms and pilot validation.