Rename Hundreds of Audio Files Correctly in Minutes
Built for Podcast Professionals
Podcast listeners consume content across devices and environments — earbuds on the subway, car speakers on the highway. Consistent loudness keeps them engaged. Wrong levels make them skip to the next show.
The Problem With Manual Audio File Naming
- ✗ Episodes with inconsistent loudness across seasons
- ✗ No time to manually process and rename each episode
- ✗ Guessing at loudness targets for different platforms
Podcast production reality:
You're producing 3 episodes per week across 2 shows. Each episode needs versions for Apple Podcasts (-16 LUFS), Spotify (-14 LUFS), and an archive master. That's 18 files per week to normalize and name correctly.
Common Podcast Loudness Standards
- -16 LUFS (Apple Podcasts)
- -14 LUFS (Spotify)
- -19 LUFS (spoken word)
Complex Podcast Naming Requirements
Beyond simple prefixes and suffixes, podcast distribution often requires complex naming logic: case conversion, loudness insertion, format detection, and platform-specific templates. BatchesBrew's 14-rule naming engine handles these automatically with per-target customization. Perfect for multi-show networks with consistent episode naming across platforms.
Example transformations:
episode_042.wav→episode_042_Apple_Podcasts_16bit.mp3episode_042.wav→EPISODE_042_SPOTIFY_320KBPS.mp3show_intro.wav→ShowIntro_Archive_Master_24bit.wav
How Automated Naming Improves Delivery Accuracy
- ✓ Batch processing — Normalize hundreds of files at once
- ✓ 14-rule naming engine — Complex naming logic handles case conversion, loudness insertion, format detection, and platform-specific templates automatically
- ✓ Multiple standards — Output to different targets simultaneously
- ✓ Multiple formats — WAV, MP3, M4A/AAC with quality settings
Who Uses This
- Independent podcast producers
- Podcast networks and agencies
- Audio production companies
- Content creators and influencers
- Post-production studios serving podcasters
Free trial available. Plans start at €4.99/month.