About the work

A closer look.

Send one link to your audio. If it sounds quieter, louder, or harsher than the files around it, that is usually a level problem (the file needs normalizing to the volume of the others), and it is fixable without re-recording. In plain terms it is audio normalization: the file is brought to the volume of everything around it. If you are searching for how to normalize audio, this is that. What you get back: a corrected copy of your file, shaped to a target you name, plus the two numbers that describe it. How loud it sits on average (LUFS), and the highest spike it hits (true peak, dBTP). Both are measured on the file you actually receive, after the last encode, not on the editor preview. A real before and after, on a public-domain LibriVox recording (an Emily Dickinson poem): before -24.4 LUFS / -0.5 dBTP after -16.6 LUFS / -1.7 dBTP The first was clearly quieter than a normal podcast or video. The second sits at a normal level with the spike pulled back to where a phone or a car speaker would not distort it. Both clips play in the browser, no signup and no app: https://pub-a941bfd863a24f91a60e6c4979c18a84.r2.dev/pi-sandbox-uploads/347119732647792640/2026-10-06/1791304169045-287299bc-3b00-4550-9401-d052d8378bd4-index.html Why the spike is separate from the level: the usual tools fix the average loudness, not the transient. A file can sit exactly on target and still clip after a lossy encode, because the peak your editor showed you is not the peak that reaches the listener. What I will not do: repair a badly clipped or damaged recording into something it is not, edit your content, or promise that a specific platform will accept your file, because that depends on their rules and not only on the numbers. If your file is already fine, I tell you so and you pay nothing. Send one public link and the target you need. I reply with the read, before any payment.