Platform Pricing

Treble is the Acoustic Intelligence Platform for audio hardware and AI development. Bring devices, people and acoustic environments into one virtual workflow. Use high fidelity simulation to generate representative data, explore product designs and evaluate system performance across real-world acoustic conditions.

• Device-Specific Data Generation: Create labelled multichannel recordings tailored to your device and use case, with clean references and structured metadata. Generate difficult and underrepresented conditions systematically for AI/ML training, augmentation and evaluation.
• System Testing & AI Model Evaluation: Evaluate hardware, algorithms and software together using repeatable acoustic scenarios. Identify failure cases, reproduce challenging conditions and compare performance as your system evolves.
• Virtual Prototyping: Model how sound interacts with devices, human geometries and their surroundings. Compare microphone layouts, loudspeaker placement, materials and design alternatives before committing to physical hardware.
• Real-World Acoustic Scenes: Configure speech, competing voices, background noise and device playback within realistic environments. Vary source positions, orientations, levels and movement to explore the conditions your product will encounter.
• Spatial Audio & Virtual Listening: Generate spatial acoustic responses and render binaural or multichannel audio. Listen to design alternatives, evaluate audio systems and develop immersive experiences for virtual environments and physical spaces.
• Automated Design Studies: Programmatically vary geometry, materials, device configurations and acoustic conditions. Run simulations in the cloud, reuse results and connect generated data to your existing development and evaluation workflows.

From smart glasses, headsets and wearables to robotics and physical AI, automotive, audio and speech AI, and pro audio, Treble helps teams explore more conditions earlier, develop differentiated audio experiences and complement physical testing with repeatable virtual development.