Know how loud your site will be before you build it.
Site Acoustics handles environmental noise from planning through operation. Scout measures the noise that's already on site, Model predicts what your project will add, and Outpost and HQ keep track of it once the site is running. All of it is built on an ISO 9613-2 engine validated to ≤ 0.04 dB.
- Scout ambient baseline
- Model predicted noise
- Outpost listening stations
- HQ on-site processing
How the products fit together
Scout and Model tell you how loud a project will be before anything is built. Outpost and HQ keep checking once it's running, and Scout can go back out after construction to compare the real levels with the prediction.
Site Acoustics Scout
A measurement unit we set up on site to record the existing noise before construction, and again afterward to check the prediction.
More on Scout →Site Acoustics Model
Turns an equipment layout into a validated ISO 9613-2 noise map, with the level at each receiver, in seconds.
More on Model →Site Acoustics Outpost
Rugged listening stations that record sound continuously, indoors, outdoors and along the property line.
More on Outpost →Site Acoustics HQ
The unit on site that collects Outpost data, runs it through your Model, learns what normal sounds like, locates sources and sends alerts.
More on HQ →Every prediction comes from a validated engine.
Model calculates ISO 9613-2 propagation band by band. On the official ISO/TR 17534-3 test cases it comes within 0.04 dB of the certified A-weighted totals, and we also check it against two established commercial solvers. Scout, Outpost and HQ all use the same engine.
How we validated it →
Built for data centers and industrial sites
The same equipment and software work in both settings. At data centers they keep you within your noise limits and your equipment healthy. At industrial plants they keep you under community limits while production keeps running.
Data centers
Show that you meet noise limits at every sensitive receptor, and hear failing equipment early.
- Compliance predictions based on your Model
- A live noise map you can share
- Machine-learned baseline with anomaly alerts
- Fault signatures and Phase-DOA to find the exact unit
Industrial sites
Show that you're under community noise limits at the property line, and catch machines drifting out of spec by sound.
- Fence-line compliance based on your Model
- A live noise map for regulators and neighbors
- Machine-learned plant baseline with anomaly alerts
- Fault signatures and Phase-DOA to find the exact machine
Noise problems are much cheaper to solve at the design stage than after a site is built.