Station 02 // ISO354 Protocol
Reverberation Chamber Array
Volumetric diffusers are subjected to rigorous full-scale testing to extract random-incidence scattering matrices and decay curves.
ACOUSTICS SOLUTIONS
GEOMETRY
GEOMETRY
ROOM ACOUSTIC & GEOMETRY
We don't just add panels; we shape the room. By precisely calculating early reflections, diffusion arrays, and targeted absorption, we tailor the Reverberation Time (RT60) to perfectly match the venue's purpose.
RT60 CONTROL
HEAR YOUR BLUEPRINT.
We translate complex acoustic algorithms into audible reality. Through advanced Auralization technology, we merge 3D architectural models with high-fidelity impulse response data.
LIVE SIMULATION ENGINE
STATUS: CHAOTIC REFLECTIONS / 1.8s RT60
PRE-TREATMENT
Simulated untreated gallery — severe reverberation and flutter echo.
* Demo uses synthesized tones. Binaural auralization available upon blueprint submission.
Scale Model
Validation
Monumental acoustic venues represent massive capital investments. Before execution, we validate our acoustic topologies on precise physical scale models.
A physical scale model serves as the definitive bridge between digital acoustic simulation and built reality. In the creation of world-class performance spaces, pure computational modeling can occasionally struggle to perfectly predict wave diffraction and scattering across complex, multi-dimensional geometries. By constructing highly precise 1:10 or 1:20 physical prototypes and subjecting them to scaled ultrasonic testing, we can empirically capture microscopic acoustic anomalies in a real-world physical field. This rigorous empirical validation eliminates any blind spots between blueprint and execution, providing absolute security for monumental capital investments.
01Validation Method100% Empirical
02Acoustic DiscrepanciesZero Tolerance
03Prototype Scale1:10 to 1:20
Laboratory Fidelity
Controlled laboratory testing lets us verify acoustic materials before they reach the project site, correlating reverberation behavior, impedance response, and measurement standards under repeatable conditions.
Station 01 // Transfer Function
Impedance Profiling
Dual-microphone tube measurements isolate normal-incidence absorption behavior across calibrated material samples.
BESPOKE MATERIAL
ENGINEERING
We engineer complex design visions into precise acoustic realities. Backed by an elite in-house detailing team and a formidable manufacturing supply chain, we have built a highly agile production ecosystem. Whether addressing unique geometric forms or strict acoustic parameters, we respond to your custom requirements with unprecedented speed, professional expertise, and absolute accuracy.
PROVING PHYSICS WITH HARD DATA.
The ultimate phase of our turnkey ecosystem is rigorous in-situ commissioning. Utilizing precision measurement microphones, we conduct ISO 3382 compliant testing to verify every promise made in the digital domain.
RT60 MIDISO 3382 Precision
0.68sSTI-PASpeech Intelligibility
0.86NC RATINGAmbient Noise Floor
15
ACOUSTICS DOES NOT EXIST IN ISOLATION.
A perfect acoustic environment is just the foundation. Discover how we seamlessly integrate ultra-high-definition AVL networks and kinetic staging into one unified ecosystem.
EXPLORE AVL INTEGRATIONSUBMIT YOUR
ARCHITECTURAL BLUEPRINT.
Upload your CAD or project details for a preliminary acoustic feasibility and RT60 evaluation. All submissions are protected under our strict NDA.
Drag & Drop CAD / Revit files here
or click to browse — .DWG, .RVT, .PDF accepted
All submitted documents are protected under strict Non-Disclosure Agreements (NDA).