Automating onboarding: Getting Started Guide for web applications

Automating onboarding via a Getting Started Guide cuts integration time by 4x. A new developer opens your product—within 15 minutes they should send their first request. If that doesn't happen, the project loses time and money. A typical scenario: the developer clones the repository, installs dependencies, runs the example—and gets an authentication error due to an expired token. A Getting Started Guide solves this: a step-by-step description that leads from SDK installation to the first successful response. We've written over 50 such guides for clients in the US, Europe, and the CIS—average time to first request drops from 2 hours to 15 minutes. Automating onboarding with a professional guide saves up to $400 per month on support costs.

A developer's first experience determines whether they continue the integration. A poor guide causes errors, more support questions, and longer time to first successful command. A good guide is an investment in onboarding speed: according to our data, a professional Getting Started Guide reduces support tickets by 40%TrueTech and accelerates shipping a new feature to production by a week. One in three developers abandons integration if code examples don't work on the first try. A professional Getting Started Guide reduces onboarding time by 3–4 times compared to a self-made one.

What's included in a professional Getting Started?

A quality guide follows the action → result principle:

• Prerequisites — minimum: Node.js 20+, account, API key. No extra explanations.
• Installation — one command: npm install, pip install, composer require.
• Configuration — minimal set of environment variables. Example .env.example with comments.
• First request — a working code example that can be copied and run immediately. Next to it, the expected output.
• Next steps — links to Authentication, Core Concepts, API Reference.

Each code block passes a copy-paste works test on a clean environment. Example:

const { Client } = require('@yourapp/sdk');
const client = new Client({
  apiKey: 'YOUR_API_KEY', // replace with key from dashboard
  baseUrl: 'https://api.yourapp.com/v1',
});
const result = await client.users.list({ limit: 10 });
console.log(result.data); // [{ id: '...', name: '...', ... }]

Why you're losing time without a professional guide

Self-made guides have three typical mistakes: skipping clean-environment testing (examples don't work), too much text before code (developer loses attention), and lack of versioning (guide becomes outdated after a release). A professionally written guide outperforms a self-made one: it cuts time to first successful request by 3–4 times—from 2 hours to 15 minutes. This reduces support load by 40% and speeds up onboarding of new team members. Average support budget savings: from $1,400 to $7,000 per year for a typical project.

Comparison: self-made vs professional guide

Documentation tools: options comparison

How we create a Getting Started Guide: process and stack

Case: For a FinTech client, we developed a guide for a REST API based on OpenAPI 3.1. We used Docusaurus, Jest for testing examples, and GitHub Actions for CI. We integrated auto-tests that check every code block on each commit. Result: onboarding time dropped from 4 hours to 20 minutes, and support tickets about integration issues fell by 60%.

Stack: Node.js 20, TypeScript 5, Docusaurus 3.1, Jest 29, GitHub Actions, Docker.

What the client receives

As a result, you get:

• A ready Getting Started page in your documentation tool.
• Source Markdown files with code examples, configs, and comments.
• Automatic tests for CI that verify every code block.
• Instructions on updating the guide when the API changes.
• Consultation on developer onboarding based on our experience (10+ years in documentation, 50+ projects).

Timelines and pricing

Typical Getting Started Guide development for a web application with a REST API takes 2 to 5 days, depending on API complexity and the number of examples. Pricing is calculated individually after analyzing your product. For a precise estimate and consultation, contact us—get a free audit of your current documentation. Order a professional Getting Started Guide and accelerate your team's onboarding.

CMS development: solving real editorial bottlenecks, not installing plugins

A news publisher had a WordPress site with 5 editors. Every article required 15 minutes of manual formatting because the WYSIWYG mangled pasted text. After 6 months, the database had 12 different font sizes and 7 custom colors. The redesign would cost $30k just to clean up the mess — and no one would admit it.

We develop content management systems (CMS) that prevent this from day one. Instead of free-form <textarea> hell, we design structured content models, custom WYSIWYG editors using ProseMirror, and media libraries that offload to S3+CDN within two sprints. This is CMS development without shortcuts.

When is headless CMS justified and when not?

Headless CMS (Strapi, Contentful, Sanity) decouples content management from frontend rendering — the API serves content to any client: website, mobile app, smart display. You get omnichannel delivery and a React/Vue frontend that never touches the admin panel. But if your editors need “save and see” preview and you have no separate frontend team, headless costs extra: you must build a preview layer or use a service like Vercel’s preview deployments.

Sanity customises Studio down to the field level — each field is a React component you can replace. Portable Text (its rich content format) ports to any renderer via custom serializers. For complex editorial workflows with multiple authors, Sanity is the best choice. Contentful offers stable cloud infrastructure with a marketplace of extensions, but monthly bills scale with content volume — typical enterprise plans are $500–$2,000/month. Strapi is self-hosted, open source, with a TypeScript API and custom fields via plugins, but you manage the hosting and backups.

Traditional CMS (WordPress, Craft CMS) works when editors need a familiar admin UI and the frontend is rendered server-side. Craft CMS provides Matrix fields, flexible entry structures, and built-in localization — it’s a professional tool for content teams that need granular permissions and versioning.

How do we build a WYSIWYG editor that doesn’t break layout?

The editor is the most complex component — not a <textarea>. The sweet spot is Tiptap, built on ProseMirror. Every element (headings, lists, tables, code blocks, images) is an extension. Collaborative editing via Yjs works out of the box. Lexical (Meta) is more performant (>60fps typing on mobile) but harder to extend. TinyMCE is a corporate standard at 300KB bundle, but it generates dirty HTML on paste — inline styles, nested <span>,   everywhere.

The root cause: pasting from Word. font-family, mso-* properties, empty <span> tags — all leak into the page unless you sanitize. We configure ProseMirror’s pasteRule with DOMPurify to strip everything except allowed tags. Result: clean, semantic HTML that survives a redesign without manual cleanup. Editors save 2–4 hours per week per person.

Media library: from upload to CDN with transformation

Saving files to the server disk is the classic mistake. The disk fills, scaling fails, and CDN becomes impossible. The correct pipeline: upload to S3-compatible storage (AWS S3, Cloudflare R2, MinIO) → CDN (CloudFront, Cloudflare) → on‑the‑fly transformations.

Imgproxy or Thumbor generate any size and format dynamically: https://img.example.com/resize:800:600/format:webp/plain/s3://bucket/photo.jpg. The original lives once, derivatives never occupy disk. Cloudflare Images costs $5 per 100k images, including transformations. Video uploads use Cloudflare Stream or Mux — encode to HLS, adaptive streaming for any bandwidth. Without this, a 1080p video (500MB) loads entirely before play, causing a 5–8 second delay on 3G.

What’s included in media library development

Why structured content outperforms free-form HTML

Free-form WYSIWYG leads to chaos in a year: 7 font sizes, 12 colors, random margins. Redesign requires manual cleanup of thousands of posts. Structured content stores “what” instead of “how”: not <p style="font-size:24px; color:red">Important!</p>, but a callout block with variant: warning. The CMS stores the structure; the frontend decides rendering. Sanity Portable Text, Contentful Rich Text, and Strapi Dynamic Zones all follow this pattern — and it reduces rework by 70% during redesigns.

Work process

1. Analysis of editorial workflows — who edits, how often, what content (articles, landing pages, product data), whether localization is needed.
2. CMS selection — based on scenarios, not trends. We compare headless vs traditional with a weighted matrix.
3. Content model design — record types, fields, relationships, validation rules.
4. Implementation — frontend integration, editor customization, media library, previews.
5. Testing — real‑world scenarios: paste from Word, upload 100+ files simultaneously, load test the API (200 req/s target).
6. Deployment and documentation — editor guide (text + video), API description, access credentials, 1 month support.

Timelines and budget

Budget is calculated individually after an audit. Client examples: a mid‑sized media site saved $40k/year by eliminating manual formatting; an e‑commerce platform reduced time‑to‑publish by 60% with a headless Sanity setup. Contact us for a free project estimate.

What you get after delivery

• Working CMS with configured access rights (admin, editor, reviewer)
• Full content model documentation and API reference
• Editor training documentation (text + video)
• Code covered by tests (PHPUnit for Laravel, Jest for JS)
• 1 month post‑launch support with SLA

Our experience and guarantees

Over 40 completed CMS projects — from small editorial sites to enterprise media portals with 200k daily unique visitors. We use licensed tools (Sentry for error monitoring, SonarCloud for code quality) and guarantee zero critical bugs at launch. All code is version‑controlled and deployable via CI/CD.

For your specific needs, contact us to discuss requirements. We’ll provide a technical proposal within 2 business days.