Show HN: Vult-O-Mat – AI-Assisted DSP Workbench and Synth/FX Creator
Vult-O-Mat is a complete, browser-based diagnostic workbench for building synthesizers and audio effects. It uses the Vult DSP language (OCaml-style DSL) to create highly optimized algorithms that can be instantly executed in the browser or exported as C++ for embedded hardware like Daisy, Teensy, or custom Eurorack modules.
The workbench integrates an autonomous AI Agent that acts as a collaborative sound designer. It is capable of surgical code refactoring, fixing feedback loop stability, and performing real-time spectral analysis to verify its own work.
Key Features:
AI-Assisted Creation: Integrated LLM partner that understands DSP principles and OCaml-style syntax for collaborative synth and effect development.
Diagnostic Laboratory: Logarithmic FFT, dual-trace oscilloscope, and multi-trace logic analyzer for internal state monitoring and frequency verification.
Zero-Latency Prototyping: 128-sample block execution in isolated AudioWorklets with high-frequency telemetry.
Melodic Testing: 16-step expressive sequencer with accent and slide support for polyphonic and legato verification.
Embedded Export: One-click transcompilation to optimized C++ headers for hardware deployment.
Vult-O-Mat is a complete, browser-based diagnostic workbench for building synthesizers and audio effects. It uses the Vult DSP language (OCaml-style DSL) to create highly optimized algorithms that can be instantly executed in the browser or exported as C++ for embedded hardware like Daisy, Teensy, or custom Eurorack modules.
The workbench integrates an autonomous AI Agent that acts as a collaborative sound designer. It is capable of surgical code refactoring, fixing feedback loop stability, and performing real-time spectral analysis to verify its own work.
Key Features:
AI-Assisted Creation: Integrated LLM partner that understands DSP principles and OCaml-style syntax for collaborative synth and effect development.
Diagnostic Laboratory: Logarithmic FFT, dual-trace oscilloscope, and multi-trace logic analyzer for internal state monitoring and frequency verification.
Zero-Latency Prototyping: 128-sample block execution in isolated AudioWorklets with high-frequency telemetry.
Melodic Testing: 16-step expressive sequencer with accent and slide support for polyphonic and legato verification.
Embedded Export: One-click transcompilation to optimized C++ headers for hardware deployment.
Repository: https://github.com/DatanoiseTV/vult-o-mat Vult Language: https://vult-dsp.github.io/vult/