Acoustic Measurement Hardware
Field-rugged, open-air sound measurement device. Spectral and angular propagation tracking from 20–200 m short range to 1–5 km mid-long range.
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Sonic · Ultrasonic · Characterization
Breaking the wall of info-acoustic bureaucracy.
We build high-precision, open-field acoustic measurement hardware and spectral propagation modeling software for wind energy plants and industrial systems. Domestic, sovereign, field-validated.
⌬ PCT/TR2026/050286
TÜBİTAK 1001
TEKNOFEST 2026
Falling Walls Lab
Problem
Wind farms are not silent. You can't manage what you can't measure.
Türkiye's Environmental Noise Control Regulation (Official Gazette 32029, 30.11.2022) introduces concrete measurement obligations for wind farm operators. No domestic open-field, long-range measurement system exists today — every device is imported.
3 GW
≈ €2M/day exposure under non-compliance
0
Existing domestic open-field measurement systems
5 km
Target measurement range (mid-to-long)
12th
Development Plan alignment (Green & Digital)
Solution
Hardware, software, field — one system.
High-precision sensor networks, physics-based simulation and field-validated calibration that turn acoustic characterization into a quantifiable signal.
Spectral Propagation Modeling
Physics-based simulator that produces spectral decibel values as a function of wind speed and atmospheric conditions. Calibrated against field data.
More →Sensor Networks & Digital Twin
Wide-area synchronized measurement. Acoustic mapping, early failure detection and a digital twin for the wind farm environment.
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