Why your exported transcript looks like code, and how to actually read it

Most transcript exports offer a choice between two formats with very different jobs. Plain text (.txt) is words on a page — open it anywhere, read it top to bottom, done. JSON (.json) is the same information taken apart and labeled: a field for the title, a field for the date, a field for the transcript itself, and so on. It is built to be read by a program, not by a person, which is exactly why it looks like nonsense the first time you open it in a text editor.

What you are actually looking at

A JSON file is text, so any app that opens text files will open it. What you see is a series of entries shaped like a label, a colon, and a value, wrapped in curly braces: something in the neighbourhood of a title, a date and time, a duration, and the transcript text itself, each one tagged with what it is. The transcript is usually the longest value in the file — the words are all there, just sitting behind a label instead of standing on their own.

The braces, quotation marks and commas are structure, not content. A program reads that structure to know exactly which part is the date and which part is the transcript, without guessing. A person reading it by eye has to do the guessing the format was designed to remove — which is why it reads as clutter to you and as clarity to a script.

Why an app would export this instead of just text

Because JSON survives being processed. If you want to move a transcript into a spreadsheet, a database, another app, or a script that pulls out just the dates or just the tags, JSON keeps those pieces separate so nothing has to be parsed out of a paragraph by guesswork. A plain text file is perfect for reading; it is a poor source for anything that needs to pick fields apart, because there is no reliable way to tell "the date" from "the first line" once it is all just prose.

The trade-off is exactly what you ran into: JSON is worse to read directly and better to process. Which one you wanted depends on what you were about to do with the file, not on which one is "correct".

How to get the readable text back out

The simple way: open it as text and skim past the labels

Open the file in Notes, a text editor, or any app that displays raw text. The transcript field is in there as a normal string of words — you can select it and copy it out, ignoring the braces and the other fields around it. For a one-off read, this is faster than installing anything.

On a computer: a code or text editor makes the structure legible

Any plain code editor formats JSON with indentation, so the fields line up instead of running together, and the transcript becomes an obviously separate block you can select on its own. You do not need anything specialised — a basic text editor with syntax highlighting is enough to turn the wall of characters into something with visible shape.

The one thing to be careful with

Plenty of websites offer to "format" or "view" a JSON file if you paste it in or upload it. Do not use one of these for a transcript of anything you would not otherwise put on the open web — pasting it into a stranger’s site defeats the point of having transcribed the recording on your own phone in the first place. Read the file locally, in an app that never sends it anywhere.

If you only ever wanted to read it

Export as plain text (.txt) next time instead. It carries the words with no fields to pick apart, opens as sentences in literally anything, and is the right choice whenever the destination is a person reading it rather than a program processing it.

When JSON is genuinely the one you want

• You are archiving a transcript with its details attached, and want the date, duration and tags to stay distinct fields rather than getting mixed into the words.
• You are feeding the file into a script, spreadsheet import, or another tool that reads structured data.
• You are keeping a full backup rather than a single transcript to read — the structure is what lets a backup be restored accurately later.

None of those describe wanting to read one transcript once. For that, plain text wins every time.

How Voice Studio’s exports work

The choice between TXT and JSON is a setting on the transcript export, and both come from the same source data — you are not losing anything by picking TXT. The TXT export puts the title, date, time and location above the transcript as plain lines, so the file still tells you what it is without any structure to decode. The JSON export keeps those same fields — plus duration, mood and tags — separate rather than folded into a paragraph, which is what makes it awkward to read at a glance and useful to a program. A full backup, separately, is one JSON file covering every recording at once, built for restoring rather than reading.

Common questions

Is the JSON export missing information that the TXT export has?

No. Both come from the same recording data. TXT lays the title, date, time and location out as plain lines above the transcript; JSON keeps those as separate labeled fields, plus duration, mood and tags.

Can I turn a JSON export into a plain text file afterward?

Yes — open it as text and copy just the transcript field, leaving the labels and braces behind. Or export the same recording again as TXT, which gives you a plain-text file directly.

Why would an app default to JSON instead of plain text?

It usually does not — most transcript exports let you pick per export. JSON tends to be the choice for a full backup covering many recordings at once, where keeping fields separate is what makes the file restorable later.

Is it safe to paste a transcript into an online JSON formatter to read it?

Only for something you would not mind being on that site’s servers. A transcript can contain anything you said, so reading it locally in a text or code editor — one that never sends the file anywhere — is the safer habit.