EBU R128 Audio Loudness in WebAssembly

Normalize audio in media files using EBU R128 (ffmpeg loudnorm)

MCP server for AudioLab — loudness (EBU R128 / BS.1770-4), true-peak, voice-quality, and signal analysis for AI agents (Claude, Cursor, any MCP client), via the AudioLab hosted API. No local audio engine required.

Normalize WAV file loudness to EBU R128 standards using FFmpeg

CLI and library for checking EBU R128 compliance of audio files with S3 upload support

AI Editor MCP — prod-grade scenario rendering with cinematic auto-trim, multi-modal scene analyzer, DirectorAI rule-based framing, EBU R128 loudness, GPU encoder auto-detect, and post-render QC.

ITU-R BS.1770-4 / EBU R128 loudness meter in pure TypeScript. Integrated LUFS, loudness range, momentary & short-term, true peak. Zero dependencies, streaming or one-shot, browser + Node + CLI.

Normalize audio file loudness to EBU R128 standards using FFmpeg

Use FFMPEG to measure [EBU R128](https://tech.ebu.ch/docs/r/r128.pdf) loudness of a stereo JACK stream and broadcast the levels over a websocket server.

Loudness range (LRA) — EBU Tech 3342 short-term distribution, P95−P10 after gating

Loudness metering — umbrella for @audio/loudness-* atoms (BS.1770-4 LUFS, true peak, LRA, ReplayGain, DR, speech contrast, sound labeling)

Audio normalization with ffmpeg.

TypeScript definitions for Ograf graphics

Node module with type definitions and helper utils for the EBU MCMA framework

Normalize audio files to an optimal loudness (LUFS / peak) from the command line. Bundles ffmpeg, so it just works with npx.

Pipeline operations — template management, variable interpolation, validation, and multi-step workflow orchestration

ITU-R BS.1770-4 K-weighting: high-shelf + RLB highpass

Audio normalization with ffmpeg.

Node module with code for using AWS V4 authentication in MCMA API handlers and workers

Video generation operations — text-to-video, image-to-video (provider delegation), frame extraction, audio extraction (ffmpeg)