At CES we will present the Treble SDK, a cloud based programmatic interface that exposes our hybrid wave based and geometrical acoustics engine at scale. The SDK enables generation of physically accurate spatial audio data, high throughput evaluation of audio machine learning systems and automated virtual prototyping of audio hardware. Visitors will be able to examine how full band wave based simulation combined with phased geometrical methods unlocks new engineering workflows across speech technologies, adaptive audio, product acoustics and spatial audio research, supported by massively parallel cloud execution and advanced source, receiver and scene modeling.
Treble delivers acoustic simulation capabilities that have not previously been accessible at scale in voice technology, consumer audio, automotive acoustics and AR or VR. Our hybrid wave based and geometrical engine captures diffraction, interference, modal behaviour and high frequency propagation with real world accuracy, enabling engineering teams to model acoustic conditions that are difficult or expensive to measure. This unlocks new workflows in data generation, algorithm development and virtual prototyping, replacing slow physical measurements with large scale, physics grounded simulation. At CES our team will demonstrate how the Treble SDK integrates into existing R&D pipelines across these industries and how this capability reshapes the way audio systems are designed, tuned and validated.
