Baseline response
Coordinated building motion under ambient conditions
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Our Technology
An advanced dynamic monitoring platform that turns structural movement into measurable insight, helping teams verify capacity, identify weakness, and better understand risk.
Measurements across multiple locations reveal
how the structure moves as a system.
3-axis sensor
Aligned measurements across the network
Identify how the structure moves
Find differing response
Pinpoint the location
Cloud-connected measurements. Subsequent analysis by STRAAM.
of measurement for a structural dynamic analysis
Measurement time, not final report turnaround.See how the structure moves. Identify where behavior changes.
Soteria compares synchronized measurements to identify and locate
indications of structural weakness.
Coordinated building motion under ambient conditions
Localized change in motion due to external force or event
Conceptual illustration. Motion is exaggerated; no project results are shown.
The change in a structure’s motion over time, measured simultaneously in three dimensions at multiple locations.
How quickly a structure dissipates energy and its movement settles after it is disturbed.
The rate at which a structure naturally prefers to vibrate, determined by characteristics such as its mass, stiffness, and configuration.
The pattern of movement a structure takes on at a natural frequency, showing how different parts of the structure move together relative to one another.
Structures are intended to move and dissipate energy in a specific way. STRAAM captures highly sensitive motion simultaneously at multiple points across a structure, allowing us to understand how it moves as a system and if its according to design. By analyzing acceleration, damping, natural frequencies, and mode shapes together, we establish a measurable picture of structural behavior that can verify capacity and structural integrity, help locate indications of weakness, and be compared over time to identify meaningful changes.
Soteria hardware
The hardware behind a synchronized
view of your structure.
Onboard storage records measurements in the field.
Ethernet or cellular transmission when connectivity is available.
Synchronized measurements support subsequent structural analysis.
| Internal sensor | Triaxial MEMS accelerometer |
|---|---|
| Sampling | 200 Hz; configurable to 1,000 Hz |
| Acquisition | 32-bit |
| GNSS timing | 5 ms |
| Storage | 128 GB microSD, FAT32 |
|---|---|
| Connectivity | Ethernet or cellular |
| Battery | 12.8 V / 7 Ah / 89.6 Wh LiFePO4 |
| Battery runtime | 18–24 hours |
| Carry-on status | TSA-approved for carry-on |
| Charge time | 4 hours |
| Enclosure | IP67 |
| Weight | 3.4 kg / 7.5 lb |
| Mounting | Free-standing or wall-mounted |