---
url: "https://indiehunt.io/posts/product-requirements-template"
markdown: "https://indiehunt.io/posts/product-requirements-template.md"
category: "product requirements template"
type: "posts"
published: "2026-10-14"
word_count: 4206
---

# Product Requirements Template: Guide for Indie Founders

> Ship the right features with a clear, ready-to-use product requirements template. Get a practical guide for indie founders, with tips and examples.

## Article

You're halfway through a feature sprint when a developer asks a question that should have been answered before coding began: “What exactly should happen when the user does this?” You search Notion, scan Slack, and find three plausible answers. One says the feature belongs to the paid plan. Another assumes it's available to everyone. A third describes a workflow nobody has designed.

That's how an apparently small SaaS feature turns into rework. The code may be fine, but the team built different interpretations of the same idea. A practical **product requirements template** prevents that failure by making decisions visible, testable, and easy to revise. It isn't paperwork for a larger company. For an indie founder, it's a compact control panel for scarce time, attention, and development capacity.

## Table of Contents

- [Why a Product Requirements Template Matters for Indie Founders](#why-a-product-requirements-template-matters-for-indie-founders)
- [The Ready-to-Use Product Requirements Template](#the-ready-to-use-product-requirements-template) [Core identification](#core-identification)
- [Problem and users](#problem-and-users)
- [Goals, boundaries, and assumptions](#goals-boundaries-and-assumptions)
- [Behavior and constraints](#behavior-and-constraints)
- [Verification and governance](#verification-and-governance)

- [Filling in the Template With a Worked Example](#filling-in-the-template-with-a-worked-example)
- [Filled example](#filled-example)

- [Template Variations for MVP, Feature, and Integration Specs](#template-variations-for-mvp-feature-and-integration-specs)
- [The three practical versions](#the-three-practical-versions)

- [Versioning Requirements and Managing Change as the Product Grows](#versioning-requirements-and-managing-change-as-the-product-grows)
- [A lightweight change system](#a-lightweight-change-system)

- [Adapting the Template for AI Features With Probabilistic Behavior](#adapting-the-template-for-ai-features-with-probabilistic-behavior)
- [Fields to add for AI behavior](#fields-to-add-for-ai-behavior)

- [How Figr Can Help](#how-figr-can-help)
- [Where it fits in the requirements workflow](#where-it-fits-in-the-requirements-workflow)

- [Traceability From Objective to Test Evidence](#traceability-from-objective-to-test-evidence)

- [Founder Checklist for Reviewing a Filled Template](#founder-checklist-for-reviewing-a-filled-template)

- [When Requirements Age Badly and How to Retire Them](#when-requirements-age-badly-and-how-to-retire-them)
- [A clean retirement record](#a-clean-retirement-record)

- [How the Template Maps to Standards-Aligned Requirements](#how-the-template-maps-to-standards-aligned-requirements)

- [Writing Acceptance Criteria That Actually Get Tested](#writing-acceptance-criteria-that-actually-get-tested)

- [Keeping the Template Alive on a 15-Minute Weekly Ritual](#keeping-the-template-alive-on-a-15-minute-weekly-ritual)
- [The five-minute scan](#the-five-minute-scan)
- [The five-minute commitment pass](#the-five-minute-commitment-pass)
- [The five-minute history update](#the-five-minute-history-update)

## Why a Product Requirements Template Matters for Indie Founders

Building without a requirements structure feels fast at first. You can keep the idea in your head, send a few messages, and start shipping before the excitement fades. The trouble starts when a feature crosses from your mental model into someone else's work. A contractor interprets “add an AI checklist” as a generated list of tasks. You meant a guided flow with editable recommendations, saved history, and a review step.

The missing details surface late, usually when changing them is expensive. Design has already shaped the screen, engineering has committed to a data model, and your launch plan assumes the feature is ready. A small team doesn't need enterprise ceremony, but it does need a shared answer to four questions:

- What problem are we solving?
- Who has the problem?
- What behavior must the product support?
- How will we know the result is acceptable?

Requirements defects create measurable rework and cost risks. In a [University of Freiburg analysis of 588 requirements defects](https://swt.informatik.uni-freiburg.de/staff/langenfeld/resources/Requirements%20Defects%20over%20a%20Project%20Lifetime?month:int=3&year:int=2025&orig_query=), **359 defects, or 61%, were caused by incorrect or incomplete requirements**. The analysis reported an average correction effort of **8 labor-hours per defect**, with inconsistent requirements averaging 29 hours, incomplete requirements 17 hours, and incorrect requirements 12 hours to fix. Those figures come from a historical requirements-engineering study, not a promise about your project, but the principle is directly useful: omissions become harder to fix after they reach design, coding, and testing.

> Practical rule: If a decision affects scope, behavior, data, timing, or acceptance, write it where the people doing the work can find it.

A useful template replaces scattered Notion pages, half-remembered Slack decisions, and feature ideas copied from a tweet draft. It also gives you a place to say “not now” without losing the idea. The document stays short because every field earns its place. It captures enough context to prevent interpretation gaps, while leaving implementation choices to the people closest to the work.

## The Ready-to-Use Product Requirements Template

Copy the structure below into Notion, Google Docs, Linear, or your project workspace. You can start with the required fields and add the optional ones when the feature carries more risk.

### Core identification

```
Requirement title:
Requirement ID:
Owner:
Version:
Status:
Created:
Last validated:
Next review date:
```

The title should describe the outcome, not the internal component. “Let users review generated launch tasks” is more useful than “Checklist modal.” Give every requirement a stable ID such as `REQ-014`. The owner maintains the document, but ownership doesn't mean that person makes every decision alone.

### Problem and users

```
Problem statement:
Target user or persona:
User context:
Evidence or source:
```

Describe the user's difficulty in observable terms. “Founders need help preparing launch assets” is broad. “A solo founder with a finished landing page needs to identify missing launch tasks before submitting a product” gives design and engineering a situation to support.

### Goals, boundaries, and assumptions

```
Product objective:
Goals:
Non-goals:
In scope:
Out of scope:
Assumptions:
Dependencies:
```

Keep goals connected to the product objective. Non-goals matter because they stop a useful feature from becoming an accidental platform rebuild. Record assumptions separately from confirmed requirements, and give important assumptions an evidence link or a planned validation date.

### Behavior and constraints

```
Functional requirements:
Non-functional requirements:
Edge cases:
Security and privacy considerations:
Success metrics:
```

Functional requirements describe what the system does. Non-functional requirements describe qualities or limits such as accessibility, latency, availability, privacy, or export format. Edge cases should include empty states, invalid input, retries, permissions, and interrupted sessions where relevant.

### Verification and governance

```
Acceptance criteria:
Verification method:
Open questions:
Related design or ticket IDs:
Change log:
Approval or sign-off:
```

Each requirement needs a way to verify it. “Make the dashboard fast” isn't verifiable. A threshold, observable behavior, test set, or review procedure turns intent into something a developer and tester can evaluate consistently.

For a broader collection of planning formats, you can also compare these fields with [IndieHunt's project planning templates](https://indiehunt.io/project/project-planning-templates).

Field
Required for a small feature
Add when risk increases

Problem, user, goal
Yes
Evidence links

Scope and non-goals
Yes
Explicit rollout boundaries

Functional requirements
Yes
Requirement IDs per behavior

Non-functional requirements
Usually
Load, security, accessibility thresholds

Edge cases
Yes
Failure-mode catalogue

Acceptance criteria
Yes
Linked test evidence

Change log and review date
Yes
Decision expiry triggers

Approval
Lightweight confirmation
Formal stakeholder sign-off

A founder can trim the template for an early experiment, but shouldn't remove the problem, target user, scope boundary, or acceptance criteria. Those fields protect the meaning of the work. Optional fields should add precision, not make the document look mature.

## Filling in the Template With a Worked Example

Consider an AI-powered launch checklist generator. The feature takes a product description and proposes tasks for preparing a public launch. The point isn't to predict every implementation detail. It's to make the intended behavior clear enough that design, engineering, and testing can work from the same contract.

### Filled example

```
Requirement title: Generate an editable launch checklist
Requirement ID: REQ-021
Owner: Founder
Version: 0.3
Status: Exploratory
Last validated: [date]
Next review date: [date]

Problem statement:
Founders preparing a launch often miss preparation tasks because their product description,
assets, and distribution steps live in separate places.

Target user:
A solo SaaS founder who has a product description and wants a prioritized preparation checklist.

Product objective:
Help a founder turn launch intent into an actionable preparation plan.

Goals:
Generate relevant tasks, explain why each task matters, and let the founder edit the result.

Non-goals:
Automatically publish the product, contact partners, or guarantee launch approval.

In scope:
Input form, generated task list, task editing, regeneration, save and export.

Assumptions:
The founder can provide a product description and intended launch date.

Functional requirements:
The system shall accept a product description and return categorized launch tasks.
The founder shall be able to edit, delete, reorder, and add tasks.
The system shall preserve the edited list when the founder revises one task.

Non-functional requirements:
The interface shall provide a visible loading state during generation and shall not expose
one founder’s product description or checklist to another founder.

Edge case:
If generation fails, the interface shall preserve the submitted description and offer retry
and manual checklist creation options.

Success metric:
Founders can create and save a usable first draft of their checklist during moderated testing.

Acceptance criteria:
Given a valid product description, when the founder selects Generate, the system displays
a categorized checklist or a clear failure state. Every generated task includes a title and
an explanation. After editing one task, regeneration does not silently overwrite that edit.

Verification method:
Automated behavior tests for save, edit, failure, and retry, plus review of generated
outputs against a representative prompt set.

Open questions:
Should the system recommend a launch date or only use the date supplied by the founder?
What should happen when the description contains confidential customer information?

Change log:
0.1, created initial scope.
0.2, added preservation of manual edits.
0.3, added privacy question and failure behavior.

Approval:
Founder, design review pending, engineering review pending.
```

The common mistake in the problem block is describing a product category instead of a user difficulty. In the requirements block, “generate a useful checklist” is too vague. The example breaks usefulness into visible behaviors, such as categorization, explanation, editing, and preservation.

The AI output remains probabilistic, so the acceptance criteria can't demand one exact list. Instead, they define required structure, failure handling, and edit safety. That distinction keeps the team from pretending a language model behaves like a deterministic calculator.

## Template Variations for MVP, Feature, and Integration Specs

A master document is useful as a reference, but copying every field into every experiment creates friction. I use three variants based on the cost of being wrong.

![A graphic showing template variations for MVP, Feature, and Integration specifications with numbered lists for each.](https://cdnimg.co/b866be35-93f2-4b64-91bc-8c253a419ab8/defcd273-5395-46e1-a4b2-a6112a99d4f7/product-requirements-template-specification-types.jpg)

### The three practical versions

Field
MVP spec
Feature spec
Integration spec

Problem and target user
Required
Required
Required

Core user flows
Three core flows
Full flow definition
Data flow and system boundaries

Functional behavior
Short outcome list
Atomic requirements
Payload and error behavior

Acceptance criteria
One launch check
Per-requirement criteria
Contract and failure tests

Dependencies
Known blockers only
Full dependency notes
Partner, auth, limits, and SLA terms

Rollout
Manual or simple release
Rollout and rollback
Rollback, fallback, and partner coordination

Change control
Basic status
Version and change log
Versioned contract and approval trail

**MVP spec.** Use the smallest version when you're testing whether a problem deserves a product. Capture the problem, target user, three core flows, and one success metric. Don't spend an hour describing edge cases for an idea you may discard after a handful of conversations.

**Feature spec.** Use the full template when adding functionality to an existing product. Existing users, data, permissions, and support expectations create more ways for a small change to break something. Include acceptance criteria, edge cases, related tickets, and rollout notes.

**Integration spec.** Expand the template when another system can fail independently. Record the partner system, authentication method, payload schema, rate limits, error codes, fallback logic, and rollback plan. A feature can be simple inside your application and still be high-risk at the boundary.

The trade-off is straightforward. Shorter documents preserve speed but leave more decisions implicit. Full specifications reduce ambiguity but can delay learning. Start with the smallest variant that makes the risk visible, then graduate to the feature format when paying users, persistent data, or external partners enter the picture.

## Versioning Requirements and Managing Change as the Product Grows

A requirements document that never changes is usually a document nobody trusts. Product assumptions move as customer feedback arrives, technical constraints become clearer, and launch priorities shift. Your template needs to show which statements are committed, which are exploratory, and which have expired.

Research summarized in a [requirements-volatility study](https://ijcsi.org/papers/IJCSI-9-2-1-527-533.pdf) links changing requirements with schedule and cost overruns, and reports that respondents expected **more than 20% volatility during conceptualization**, declining to **below 5% near operational transition**. The exact pattern won't predict your roadmap, but it supports a useful operating decision: early changes deserve a managed path, not informal approval through chat.

### A lightweight change system

Use a simple version convention such as `0.1` for an exploratory draft, `0.2` for a meaningful scope change, and `1.0` when the team treats the requirement as committed. Add a dated change log with four columns:

Date
Change
Reason or evidence
Owner

[date]
Added retry behavior
Support feedback
Founder

[date]
Removed automatic publishing
Scope decision
Founder

[date]
Changed export requirement
Engineering constraint
Engineer

Add **last validated** and **next review date** to assumptions, pricing decisions, launch rules, and integrations. A decision without an owner or review trigger tends to become invisible. Mark each requirement as exploratory, committed, blocked, deprecated, or verified.

A one-week review can stay small:

1. Review open questions and assign one next action.
2. Retire one assumption that no longer has evidence.
3. Mark changed requirements as exploratory or committed.
4. Re-estimate work affected by the change.
5. Update the change log and next review date.

For launch work, a version tracker such as [IndieHunt's version tracker](https://indiehunt.io/project/version-tracker) can provide a useful model for keeping status and revisions visible. The same discipline works in a spreadsheet. The tool matters less than making change explicit before it reaches implementation.

## Adapting the Template for AI Features With Probabilistic Behavior

Most product requirements templates assume that the same input should produce the same output. That assumption works for a form submission, a payment state, or a permission check. It breaks down when a model writes copy, classifies support tickets, summarizes research, or recommends launch tasks.

An AI requirement must define acceptable behavior across a range of outputs. “The assistant shall generate accurate recommendations” gives a team no shared way to decide whether the feature is ready. A stronger specification describes the evaluation material, failure boundaries, escalation path, data handling, and operating cost.

### Fields to add for AI behavior

- Representative test set: Keep prompts that reflect real inputs, including short, ambiguous, incomplete, and adversarial examples.
- Expected output structure: Define required fields, formatting, citations, labels, or refusal behavior.
- Quality threshold: State how reviewers judge a pass and what acceptable failure rate applies to the chosen test set.
- Prohibited outputs: Identify unsafe recommendations, fabricated facts, privacy violations, or unsupported claims.
- Fallback behavior: Specify whether the product retries, asks for clarification, shows a partial result, or routes the task to a human.
- Data retention: Record what input and output data is stored, for how long, and who can access it.
- Latency and cost ceiling: Define the maximum wait and inference cost the feature can tolerate before the workflow changes.
- Monitoring owner: Assign responsibility for reviewing failures after release.

For the checklist generator, an AI-specific requirement might say: the system should produce categorized tasks with an explanation, avoid claiming that a task is complete without evidence, preserve user edits, and show a manual fallback when generation fails. The evaluation set should include product descriptions with missing launch details, because uncertainty is part of the actual workflow.

The key trade-off is between exact output matching and useful behavioral boundaries. Don't test whether the model writes one perfect sentence. Test whether it stays within the product's promises, handles uncertainty transparently, and gives the user a safe path forward.

## How Figr Can Help

A requirements template is only as useful as the product context behind it. Figr is an AI design agent for product teams that grounds its work in the live application rather than generating generic screens from a blank prompt. It can capture an existing app through a one-click Chrome capture, import Figma design systems and tokens, and retain decisions across sessions.

That makes it relevant when a requirement needs more than prose. Figr can generate PRDs, user flows, edge cases, test cases, UX reviews, and high-fidelity prototypes that reflect the current product. It analyzes **200,000+ screens**, surfaces established interface patterns, checks accessibility, enforces design-system tokens, and exports to Figma with one click. Those capabilities are useful when your requirements depend on navigation, permissions, visual states, or a flow that's difficult to describe in text alone.

![Screenshot from https://figr.design](https://cdnimg.co/b866be35-93f2-4b64-91bc-8c253a419ab8/screenshots/4eaad6b3-6265-4012-9575-54ea9d769195/product-requirements-template-figr-landing-page.jpg)

### Where it fits in the requirements workflow

Figr can connect analytics to funnels, compare drop-offs against industry benchmarks, and recommend changes grounded in available product data. It can also help teams explore A/B variations with rationale, map complex flows, identify edge cases before handoff, and create QA cases from designs.

Those features don't replace founder judgment. They reduce the blank-page work and make it easier to connect a requirement to its interface, flow, and test evidence. A team comparing tools can use Figr's [generate prd templates](https://figr.design/tools/prd-template-generator) resource as a starting point, then add its own assumptions, AI evaluation rules, ownership, and review dates.

Figr is a stronger fit when you have an existing interface, a design system, or a complicated workflow that needs to remain consistent. A plain document may be enough for a tiny experiment. For a growing product where design decisions and requirements repeatedly drift apart, grounding the artifacts in the live product can prevent another layer of rework.

## Traceability From Objective to Test Evidence

A requirement shouldn't float alone in a document. It should connect upward to the reason it exists and downward to the evidence that proves it works. NASA describes traceability as an association among requirements, system elements, verification activities, or tasks, with bidirectional traceability connecting a requirement to both its parent expectation and its allocated child requirements. The [NASA systems engineering handbook appendix](https://www.nasa.gov/reference/system-engineering-handbook-appendix/) provides the formal reference.

For an indie team, a spreadsheet is enough. Create one row per requirement and use these columns:

Requirement ID
Parent objective
Ticket or design
Test ID
Evidence
Status

REQ-021
Help founders prepare launches
UI-18, DEV-42
TEST-09
Review record
In review

REQ-022
Protect user input
DEV-44
TEST-11
Security check
Open

The upward link answers, “Why are we building this?” The downward link answers, “How will we verify it?” If a ticket has no parent objective, it may be interesting work without a business reason. If a requirement has no test, the team has made a promise it can't yet evaluate.

![A diagram illustrating the traceability path from business objectives to final testing evidence and validation.](https://cdnimg.co/b866be35-93f2-4b64-91bc-8c253a419ab8/a165fa28-817f-484d-bcb1-42e7308fc8dc/product-requirements-template-traceability-flow.jpg)

Traceability also makes change impact visible. If a launch schedule changes, filter for requirements connected to scheduled publication, notifications, partner submissions, or deliverables. If pricing changes, find requirements tied to plan eligibility, billing permissions, and customer-facing promises. You don't need a heavyweight requirements-management platform. You need enough linkage to identify what must be revisited before the change ships.

## Founder Checklist for Reviewing a Filled Template

A feature can look complete while its assumptions have already aged. One launch workflow I've seen remained based on an early pricing decision long after user behavior had shifted. The team kept refining the screens because nobody owned the decision or had recorded when it should be reviewed. A review checklist would have exposed the stale premise before more work accumulated around it.

Run this checklist before development, before locking a launch window, and after the first meaningful feedback arrives.

- Clear problem statement: A reader can identify the user's difficulty without guessing.
- Defined target user: The persona includes context and a situation, not only a market label.
- Scope boundaries: In-scope and out-of-scope behavior are explicit.
- Testable acceptance criteria: A developer and tester can agree on pass or fail from the text alone.
- Risk assessment: Dependencies, privacy concerns, failure modes, and unresolved assumptions are visible.
- Success metrics: The document states what evidence would support continuing or changing direction.
- Timeline estimate: The work has a current estimate, with dependencies that could alter it.
- Stakeholder sign-off: The relevant founder, designer, engineer, or partner has confirmed the current version.

![A checklist infographic titled Founder Review Checklist for PRD Drafts featuring eight essential criteria for product development.](https://cdnimg.co/b866be35-93f2-4b64-91bc-8c253a419ab8/2ec14aea-3c87-4ed9-8836-2cc001adfc8b/product-requirements-template-review-checklist.jpg)

The checklist isn't a ceremony to complete once. The same requirement may pass review before development and fail review after customer feedback changes the underlying assumption. That's why the owner, evidence, and next review date belong beside the requirement itself.

## When Requirements Age Badly and How to Retire Them

Requirements usually don't fail because someone wrote them badly. They fail because the world around them changes. A partner deprecates an integration, a pricing tier attracts a different audience than expected, or a workflow built for early adopters becomes awkward for regular customers.

Treat retirement as a normal state, not an admission of failure. Mark the requirement as deprecated, record the reason, identify affected users and tickets, and add a replacement requirement if the behavior is changing rather than disappearing.

### A clean retirement record

```
Requirement ID:
Previous version:
Status: Deprecated
Decision owner:
Last validated:
Retirement date:
Reason:
Affected interfaces, tickets, and documentation:
Migration or communication needed:
Replacement requirement:
```

The owner should decide whether the requirement is obsolete, superseded, or temporarily paused. Update customer-facing documentation, remove misleading acceptance tests, and preserve the history so nobody reintroduces the old behavior months later.

Here an indie-pragmatic template adds value beyond a static PRD. Formal requirements practice gives you identity, status, source, verification, and change history. A small team can extend that with evidence quality, confidence, decision expiry, and a clear retirement path. The result stays lightweight while acknowledging that a “single source of truth” can become false if nobody validates it.

## How the Template Maps to Standards-Aligned Requirements

ISO/IEC/IEEE 29148:2018 defines requirements-engineering processes and the information products created across the system or software life cycle. Its [standard overview from ISO](https://www.iso.org/standard/72089.html) is useful even for a two-person SaaS team because it clarifies which fields are basic engineering hygiene rather than enterprise overhead.

Standards-aligned attribute
Practical template field

Unique identification
Requirement ID

User need or objective
Problem, persona, product objective

Requirement statement
Functional or non-functional requirement

Scope
In-scope and out-of-scope

Rationale and source
Reason and evidence link

Priority
Priority label

Verification
Acceptance criteria and verification method

Responsibility
Owner

Lifecycle state
Status

Configuration history
Version and change log

A standards-aligned requirement should be **atomic, clear, feasible, and verifiable**. It should describe one intended behavior rather than combining several unrelated promises. The founder-friendly shortcut is not to omit those qualities. It's to store them in a tool the team already uses.

Bad acceptance criterion: “The dashboard should be fast and easy to use.”

Testable rewrite: “The dashboard shall display launch status within 2 seconds for 95% of requests under the defined load, and usability reviewers shall complete the specified status-check task without assistance.”

The numeric threshold in that example comes from the verified requirements guidance, not a universal product rule. Choose thresholds that fit your product and define the load and test method. The important improvement is that speed and usability are separate claims with separate verification.

## Writing Acceptance Criteria That Actually Get Tested

Acceptance criteria fail when they describe approval feelings instead of observable behavior. Replace “smooth onboarding” with the screens, state transitions, data conditions, and error responses a tester can inspect. Replace “high-quality AI output” with a representative evaluation set, required structure, prohibited behavior, and an escalation path.

Weak phrase
Testable rewrite

“The dashboard should be fast”
“The dashboard displays launch status within the defined response threshold under the defined load.”

“The copy should feel professional”
“The output follows the approved tone rules, includes no unsupported claims, and passes review against the representative examples.”

“Users can manage their checklist”
“Users can add, edit, reorder, delete, save, and reload checklist items.”

“The integration should be reliable”
“The system records the partner response, retries according to the defined policy, and shows the fallback state after the retry limit.”

Use one sentence as your test: **if a developer and tester can't agree whether the criterion passes from the text alone, it isn't finished**. Separate functional behavior from quality constraints, and assign a verification method to each.

For teams that want a dedicated testing workflow, [Testera](https://indiehunt.io/project/testera) can be a useful reference point when turning criteria into executable checks.

A solo founder can maintain the document in 15 minutes each week:

1. Read the open questions.
2. Mark one assumption as validated, changed, or stale.
3. Confirm one requirement owner and status.
4. Add one change-log entry if the product moved.
5. Set the next review date.

That small ritual keeps acceptance criteria connected to what the product promises.

## Keeping the Template Alive on a 15-Minute Weekly Ritual

A template becomes valuable through maintenance, not its first draft. Put a recurring 15-minute block on the same day you review support messages, analytics, or the next launch task. The ritual should be short enough that you'll keep doing it during a busy week.

### The five-minute scan

Read the open questions and assumptions first. If a question has been answered in a customer call, design review, test run, or technical investigation, add the evidence and update the status. If an assumption no longer matters, retire it instead of leaving it in the document as background noise.

### The five-minute commitment pass

Choose one exploratory requirement and decide whether it is committed, blocked, revised, or discarded. This forces the document to distinguish a product promise from an attractive possibility. Update the owner if responsibility changed, because an unowned requirement will eventually become everyone's problem and nobody's task.

### The five-minute history update

Record meaningful changes in the log, link affected tickets, and confirm the next review date. Don't rewrite the entire PRD to make it look polished. Preserve the history so you can understand why a decision changed and avoid repeating an old debate.

> A living PRD doesn't contain every thought. It contains the current decisions, the evidence behind them, and the path for changing them.

Copy the template into your existing workspace this week. Fill it for one feature, connect each requirement to an acceptance test, mark one assumption for review, and run the 15-minute ritual before the next sprint begins. If you're preparing a public launch, use IndieHunt's launch platform at [indiehunt.io](https://indiehunt.io) to create a structured listing, choose the launch option that fits your stage, and turn your clarified requirements into a launch plan your team can execute.

## Links

- Article: https://indiehunt.io/posts/product-requirements-template
- AI-friendly Markdown: https://indiehunt.io/posts/product-requirements-template.md
- Posts index: https://indiehunt.io/posts

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