Treble provides a cloud-native acoustic simulation platform utilizing a hybrid wave/geometrical acoustics engine for high-fidelity modeling. The platform offers both a Web Application for design and a Python SDK for scalable R&D workflows, including synthetic audio data generation. This technology accelerates the design and optimization of audio systems, room acoustics, and AI models for tasks like source localization and de-noising.
Funding
$19.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
KVFounders
Product
Problem
Designing building acoustics traditionally involves time-consuming simulations and physical prototyping, leading to delays and increased costs in architectural and engineering projects. Existing simulation methods often lack the speed and accuracy needed to optimize sound environments effectively.
Solution
Treble Technologies offers a wave-based sound simulation suite that integrates with 3D modeling tools, enabling architects and engineers to design and optimize building acoustics in real-time. The cloud-based platform significantly reduces simulation time, reportedly by over 100x compared to conventional methods, allowing for rapid iteration and improved acoustic design. Users can experience and interact with their designs through a realistic audio-visual virtual experience, providing an intuitive understanding of the space's acoustics. The platform aims to enhance collaboration and streamline workflows by eliminating the need for specialized hardware or software installations.
Target Audience
The primary users are architects, acoustic engineers, and designers in the building design, automotive, and pro audio industries. The platform also caters to machine learning and AI developers who require high-quality audio datasets.
Features
- Wave-based sound simulation technology for accurate acoustic predictions
- Integration with 3D modeling tools for seamless workflow
- Cloud-based platform accessible without specialized hardware
- Real-time audio-visual experience for interactive design evaluation
- Material library for consistent and efficient design processes
- Scalable sound simulation technology for creating audio datasets