Start your Treble journey
Experience interactive, real-time, and immersive audio-visual auralizations with Treble. Please choose between the Treble Web Application for acoustic modeling or the Treble SDK.
Treble Web Application
Treble delivers the next generation of acoustic simulation through its cutting-edge cloud-native platform. Combining speed, accuracy, and usability, Treble empowers architects, acoustic consultants, and engineers to design and optimize acoustic environments like never before.
Real-world accuracy
Treble’s hybrid wave/geometrical acoustics engine delivers superior precision, validated in extensive studies to outperform industry standards.
Revolutionized workflow
Automatic import of Revit files through our ifc import feature, and the fastest solvers on the market.
Cloud-native convenience
No VPN or remote desktop is required. Run multiple concurrent simulations and access simulations from any browser with no need for specialized hardware.
Real-time collaboration
"Google-docs-style" teamwork with shared assets, instant updates, and unlimited parallel simulations.
Immersive auralization
Create perceptually authentic, audio-visual experiences in seconds and share with stakeholders through simple web links.
Scalability and security
Handle projects of any scale while maintaining top-tier encryption and data protection (SOC2 compliant).
Treble SDK
Treble SDK enables high-fidelity spatial audio synthesis, reducing data costs and enhancing AI-driven applications. Run scalable simulations, optimize design cycles, and integrate seamlessly into R&D workflows.
Synthetic audio data generation
Generate ultra-high-quality spatial impulse responses (up to 32nd-order ambisonics) for AI-driven audio tasks, speech enhancement, noise suppression, dereverberation, and room estimation, without physical measurements.
Machine learning validation
Train and validate AI models with high-quality and accurate wave-based acoustic simulations.
Virtual prototyping
Optimize audio device design through virtual prototypes, reducing costs and development time while simulating complex device and environment interactions.
Parametric Analysis
Explore geometry, material, and configuration variations with advanced parametric studies for optimized, precise acoustic designs and sensitivity analysis.
Automotive acoustics
Simulate vehicle soundscapes, cabin acoustics, and audio systems with high-fidelity modeling for EVs and luxury cars, optimizing infotainment and immersive audio.
