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What Is Interactive Documentation?

· 5 min read · Stew Team
interactive documentationdevopsdocumentation

You’ve written documentation. You’ve read documentation. But have you ever run documentation?

Interactive documentation changes the relationship between docs and execution. Instead of reading a procedure and then switching to a terminal, you execute commands directly within the document itself.

What Is Interactive Documentation?

Interactive documentation is documentation that users can engage with—not just read. For engineering teams, this typically means:

  • Code blocks that execute when clicked
  • Live output displayed inline
  • Variables that users can modify
  • Step-by-step workflows with state

Compare this to static documentation:

Static documentation:

Run the following command to restart the service:
kubectl rollout restart deployment/api -n production

Interactive documentation:

Run the following command to restart the service:

​```bash [executable]
kubectl rollout restart deployment/api -n production
​```

Output:
deployment.apps/api restarted

The difference: one you read, the other you use.

Why Static Documentation Fails

Static documentation has fundamental problems:

Copy-Paste Errors

Every time someone copies a command from docs to terminal, errors creep in:

  • Missing characters
  • Wrong quotation marks
  • Invisible whitespace
  • Forgotten environment variables

Context Switching

Reading in one window, typing in another. The cognitive load of switching contexts slows people down and increases mistakes.

No Feedback Loop

Static docs don’t know if commands work. A broken command sits in your wiki for months until someone discovers it during an incident.

Decay

Documentation rots. Infrastructure changes, but the docs don’t. Without execution, there’s no forcing function to keep them accurate. This is known as documentation rot.

How Interactive Documentation Solves These Problems

Execution Eliminates Copy-Paste

When you click to run, there’s no copy-paste. The exact command in the documentation is the command that executes.

Context Stays Unified

Read the explanation, run the command, see the output—all in one place. No switching between windows, no losing your place.

Immediate Validation

If a command fails, you know immediately. Interactive documentation surfaces broken procedures before incidents, not during them.

Living Documentation

Because people actually use interactive documentation, it stays current. Dead docs get abandoned; living docs get maintained.

Types of Interactive Documentation

API Documentation

Tools like Swagger UI let you make API calls directly from docs:

POST /api/users
{
  "name": "Alice",
  "email": "alice@example.com"
}

[Try it] → 201 Created

Code Playgrounds

Embedded environments for running code samples:

// Editable and runnable
function greet(name) {
  return `Hello, ${name}!`;
}
console.log(greet("World"));

// Output: Hello, World!

Executable Runbooks

Operational procedures where each step runs independently:

## Check Pod Status

​```bash
kubectl get pods -n production
​```

## Restart Deployment

​```bash
kubectl rollout restart deployment/api -n production
​```

What Makes Good Interactive Documentation

Clear Execution Boundaries

Users should know exactly what will run:

This command restarts the API service in production:

​```bash
kubectl rollout restart deployment/api -n production
​```

Visible State

Show what’s been run, what’s pending, and what the output was.

Safe Defaults

For dangerous operations, require confirmation or use dry-run modes:

⚠️ This will delete data. Review the selection before confirming.

​```bash
kubectl delete pods -l status=failed -n production --dry-run=client
​```

Contextual Help

Interactive documentation should explain not just what, but why:

## Scale Up API

Increase replicas when latency exceeds 200ms. Current threshold is based on load testing from Q3.

​```bash
kubectl scale deployment/api --replicas=10 -n production
​```

Interactive Documentation for Ops Teams

For SREs and DevOps engineers, interactive documentation is particularly valuable:

Incident Response

During outages, every second counts. Interactive runbooks let responders execute proven procedures without constructing commands under pressure. Learn more in our runbook for incident management guide.

Onboarding

New team members can follow procedures step-by-step, seeing real output and building confidence before flying solo.

Knowledge Transfer

Tribal knowledge becomes executable. The commands in your head become shareable, runnable documentation. See our guide on how to save terminal commands.

Compliance

Interactive documentation with execution logs provides audit trails that static wikis can’t match.

Getting Started with Interactive Documentation

You don’t need to rebuild everything. Start with:

  1. Identify high-value procedures — What do you run most often? What’s most critical during incidents?

  2. Write them in Markdown — Plain text that works everywhere.

  3. Add execution capability — Use tooling that makes code blocks runnable.

  4. Store in Git — Version control your interactive docs like code.

Stew: Interactive Documentation for Ops

Stew turns Markdown into interactive documentation. Write your procedures in plain text, execute them step-by-step, share them with your team.

  • Markdown-first format
  • Step-by-step execution
  • SSH support for remote servers
  • Git-native storage

Join the waitlist and make your documentation interactive.