Recording
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←recording
Make a product requirements document
Turn recordings into a product requirements document
A requirement traceable to a recorded sentence is much harder to argue away.
Free to try, no card. Your recording opens in Ancher.
Transcript with timingsCommitment languageUnresolved threads
Kept in parts
Every one of these stays separately addressable instead of collapsing into one block of text.
ProblemUsersScopeSuccess metrics
Product requirements document
The problem, the user, the scope, and how success gets measured.
Requirements lose their origin fast. Six weeks after the calls, nobody remembers whether a line came from three customers or one loud stakeholder, and it gets cut or kept on confidence instead of evidence. Ancher keeps each requirement attached to the recording and second it came from, counts how many calls supported it, and puts what the sessions failed to settle into an open questions section rather than into the scope.
The honest version
Every requirement cites the second somebody asked for it
Product documents get argued over long after the research is gone. When a requirement carries the recording and the timestamp behind it, the argument changes from whose opinion is stronger to let us listen to that minute. That is a much shorter argument, and it also makes it obvious which requirements have nothing behind them at all.
One second of one recording, at 19:03, read two ways.Illustrative. The figure is invented; the gap it falls into is not.
we end up exporting it and fixing it by hand, takes about every time
Screen shared during the call — not readThe specific never reaches the draft
Product requirements document
Screen shared during the call
Manual CSV cleanup — 6 steps, 2 tools
from 19:03
Lands in the draft, with its timecode
- Each requirement links to the recording and second where it was asked for, with the count of how many calls raised it.
- What the calls left unresolved goes to open questions, instead of being resolved by whoever writes the document.
- A workflow demonstrated on a shared screen is captured as frames, and the demonstrated version routinely differs from the described one.
What comes out
Product requirements document, section by section
The problem, the user, the scope, and how success gets measured.
Problem
The problem as users described it, in their words before yours.
Users
Who has it, described by situation and by what they do now instead.
Scope
Requirements, each citing its recording and timestamp.
Success metrics
What would have to be observable for this to have worked.
Open questions
What the calls did not settle, kept as questions rather than assumptions.
Recordings-to-PRD prompt
The link on its own gets a summary. This is the instruction that produces the 5 sections above, in that order, with the rules that keep them honest. Paste it with your recordings — in Ancher, or in whatever assistant you already use.
Write a product requirements document from these call recordings. State the problem in users' own words. Describe who has it by their situation and by what they do instead today. List requirements, each citing the recording and timestamp where it was raised and how many calls raised it. Define success as something observable, and put everything the calls failed to settle into open questions rather than into scope.
The detail, if you want it
How each part of a recording becomes a section
| From the recording | Into | Why |
|---|---|---|
| Transcript with timings | Scope | A requirement that cites a second of a recording survives a scope argument that a requirement citing a memory does not. |
| Screen shares, if it is video | Problem | When somebody shares their screen and shows the workaround, that is the problem, and it is usually worse than the description. |
| Unresolved threads | Open questions | Questions the calls raised and did not answer belong on the record as open, since writing a document does not resolve them. |
| Commitment language | Success metrics | What a user said they would stop doing if this existed is the most concrete success measure available. |
| Duration and timeline | Users | How long a participant spent on a subject signals how much it actually costs them, more reliably than how strongly they phrased it. |
Everything Ancher keeps from a recording
Transcript with timings
Every segment carries start and end seconds, which is what turns a claim into a record.
Commitment language
I'll take that, by Friday, let's park it — these phrases are what separate a task list from a topic list.
Unresolved threads
What a conversation failed to close is usually the reason for the next one.
Screen shares, if it is video
A shared screen is sampled as frames, so the number that drove a decision stays attached to it.
Duration and timeline
Where the time actually went is a finding in itself for any recurring meeting.
The four steps
- Add the recording. Upload the audio or video file. Ancher transcribes it and keeps a start and end time on every segment, so any line in the output can be traced back to the moment it was said.
- Nothing gets flattened. Transcript with timings, commitment language, unresolved threads, screen shares, if it is video, duration and timeline stay separately addressable instead of collapsing into one block of text.
- Ask for a product requirements document. Ancher fills problem, users, scope, success metrics, open questions using the mapping above, not a generic summary pass.
- Check it before you use it. Every specific keeps a link back to where it came from in the recording, so a claim can be verified without reopening the source.
Where this goes wrong
- A requirement is not validated by being recorded. The citation proves somebody asked; how many asked, and how much it is worth, are separate questions.
- Users describe solutions rather than problems. The sentence worth citing is usually the one before the suggestion, not the suggestion.
- Without speaker labels, a group call blurs which requirement came from which participant, so record discovery sessions individually where attribution matters.
Questions people ask
Why cite timestamps in a spec?
Because scope arguments happen weeks later and are decided by whoever sounds most certain. A citation turns that into a thirty-second listen, and it exposes requirements that have no source at all.
How many calls before writing one?
Four or five. Below that the count behind each requirement is not informative, and the document ends up reflecting the most articulate participant rather than the pattern.
What goes in open questions?
Anything the calls raised and did not settle. Documents get written to sound decided, and moving those into an explicit section is what stops an unanswered question quietly becoming a committed requirement.
Bring your own recordings
Everything you save lives in one workspace, so the product requirements document is built from your sources — not from a model's memory of the internet.
Open Ancher →Not a recording? The same product requirements document also comes from X thread, PDF, web page.