Rich Text Editors for Web Apps: Choosing TipTap, Lexical or Quill

Sooner or later, almost every web app needs a place where users write more than a single line of text. Product descriptions, support replies, internal notes, lesson content, proposals and blog posts all need formatting: headings, bold text, lists, links and images. That is when a team realises a plain <textarea> is no longer enough and starts searching for a rich text editor.

The choice looks simple, but it has long-lasting consequences. The editor decides how your content is stored, how safe it is to display, how easy it is to migrate later and how much custom work every new feature will require. This guide walks through the main options and the decisions that matter more than the library name.

Why the Editor Choice Matters More Than It Seems

A rich text editor is not just a UI component. It defines a content model, the structure your application will read, write, search and render for years. Swap the editor later and you may need to migrate every stored document. Choose one that outputs messy HTML and you will spend time cleaning up formatting bugs and security issues.

Three questions should drive the decision:

• What features do users actually need: basic formatting, tables, mentions, code blocks, embeds or collaboration?
• How will content be stored and reused: displayed on a page, sent by email, indexed for search, exported to PDF?
• How much customisation will your product need over time?

The Main Options in Brief

TipTap

TipTap is a headless editor framework built on top of ProseMirror. "Headless" means it gives you the editing engine and you design the toolbar and styling yourself, which fits well with a custom design system. It has a broad library of extensions for tables, mentions, task lists and more, and it supports collaboration through Yjs. It is a strong default for SaaS products that want a polished, branded editing experience.

Lexical

Lexical is an extensible editor framework from Meta. It is designed to be lightweight and performant, with a clear plugin model and good accessibility foundations. It works especially well in React projects. Its ecosystem is younger than ProseMirror's, so some advanced features may require more custom code.

ProseMirror directly

ProseMirror is the toolkit underneath TipTap and several other editors. Using it directly gives maximum control but requires a deeper understanding of its schema and transaction model. It suits teams building a document-heavy product where the editor is the core experience.

Quill

Quill is a long-established editor with a simple API and a ready-made toolbar. It is quick to drop into a form when you need basic formatting. For highly customised or structured content, teams often find the newer frameworks more flexible.

Commercial editors

Products such as CKEditor and TinyMCE offer mature feature sets, enterprise support and features like track changes and comments, with commercial licensing for some capabilities. They can be a sensible choice when you need document-processing features quickly and have the budget for licences.

Store JSON, Render Sanitised HTML

The most important architectural decision is what you save to the database. Most modern editors can output either HTML or a structured JSON document.

• JSON as source of truth keeps structure explicit. You can migrate it, transform it, extract plain text for search and render it to HTML, email or PDF.
• HTML only is easier to start with but harder to change. Every editor version and every paste from Word or Google Docs can leave different markup behind.

A practical pattern is to store the JSON document, generate HTML on save, sanitise that HTML on the server and store or cache it for fast display. Store a plain text version too, which makes search and previews simple.

Security: never trust editor output

Rich text is one of the most common sources of cross-site scripting bugs. Users can paste malicious markup, and an attacker can bypass your frontend entirely and post crafted HTML straight to your API. Always sanitise on the server with a maintained library and a strict allowlist of tags and attributes. Pair that with a Content Security Policy; our guide to HTTP security headers and CSP for web apps explains how to set one up.

A Real-World Example: Course Content for a Coaching Platform

Imagine a coaching institute building a learning platform where teachers create lessons with headings, formulas, images, embedded videos and practice questions. Their first version used a basic editor that saved raw HTML. Within a few months, problems appeared: content pasted from word processors carried hidden styles, lessons looked different on mobile, and adding a new "practice question" block meant parsing old HTML.

A better design for a platform like this could look like this:

• A headless editor such as TipTap with custom nodes for "video embed" and "practice question".
• JSON storage, so each practice question is a structured object rather than a chunk of formatted text.
• Paste handling rules that strip unknown styles and keep only supported formatting.
• Images uploaded to object storage with presigned URLs, with only the URL saved in the document.

With this setup, adding features like "export lesson to PDF" or "show only the questions in revision mode" becomes a matter of reading structured data instead of scraping HTML.

Step-by-Step: Adding a Rich Text Editor the Right Way

1. List the required features. Write down exactly which formatting and blocks users need now and which might come within a year. Avoid enabling everything by default; every extra feature is something you must render, sanitise and support.
2. Prototype two editors. Build a small spike with your two top candidates using your real design system and typical content. Test pasting from Word, Google Docs and web pages, since paste behaviour is where many editors struggle.
3. Define the content schema. Decide which node types and marks are allowed. A strict schema prevents odd formatting from creeping into stored documents.
4. Choose storage format. Store JSON as the source of truth, plus derived sanitised HTML and plain text.
5. Implement server-side sanitisation. Sanitise every save, regardless of what the frontend sends. Add automated tests with known malicious payloads.
6. Handle media separately. Upload files directly to storage and insert references. Our article on secure file uploads with presigned URLs covers the details.
7. Design for accessibility. Ensure the toolbar is keyboard accessible, buttons have labels and headings produce real heading elements for screen readers.
8. Add autosave and versioning. Save drafts periodically and keep previous versions, so users never lose work and you can restore content after mistakes.
9. Plan for collaboration only if needed. Real-time co-editing with Yjs is powerful, but it adds a sync server and conflict handling. Ship single-user editing first unless co-editing is central to the product.

Mobile and Touch Editing

A large share of users, especially in India, will write content on their phones. Rich text editing on mobile browsers has its own quirks: virtual keyboards, autocorrect, predictive text and input methods for Indian languages can all interact badly with an editor that was only tested on desktop.

• Test typing in Hindi, Gujarati or other scripts you expect users to write in, using the phone keyboards they actually use.
• Keep the toolbar compact on small screens, or show a floating toolbar when text is selected.
• Make sure the editor scrolls correctly when the virtual keyboard opens, so the cursor never hides behind it.
• Check that undo, selection handles and link insertion work with touch, not only with a mouse.

These checks take an afternoon and can prevent a stream of hard-to-reproduce bug reports after launch.

Performance Tips

• Lazy-load the editor bundle only on pages where editing happens, so reading pages stay fast.
• Render stored HTML on read pages instead of loading the full editor in read-only mode.
• Debounce autosave so you are not sending a request on every keystroke.
• For very long documents, test typing latency on a mid-range Android phone, not only a developer laptop.

Key Benefits of a Well-Designed Editor Setup

• Consistent content: a strict schema keeps formatting predictable across devices and channels.
• Stronger security: server-side sanitisation closes one of the most common attack paths in web apps.
• Easier features later: structured JSON makes exports, search, AI summaries and templates far simpler to add.
• Better user experience: autosave, clean paste and fast loading make writing feel reliable.
• Lower migration risk: because the content model belongs to you, switching editor libraries later is a manageable project rather than a crisis.

Common Mistakes

• Rendering editor HTML without server-side sanitisation.
• Embedding images as base64 inside documents.
• Enabling every toolbar feature "just in case."
• Testing only with typed text and never with pasted content.
• Loading the full editor on every page, including read-only views.

How Mavani Solution Can Help

Editors sit at the heart of many SaaS products we build, from learning platforms to proposal tools and internal knowledge bases. Our web development team designs the content model, sanitisation pipeline and storage strategy alongside the UI, so the editor stays maintainable as your product grows.

Conclusion

Picking a rich text editor is really about picking a content model. TipTap and Lexical are excellent modern foundations, Quill is fine for simple forms, and commercial editors make sense for document-heavy enterprise needs. Whatever you choose, store structured JSON, sanitise on the server, handle media separately and enable only the features your users need. Get those decisions right and the editor becomes a solid base for features you have not even imagined yet.

Frequently Asked Questions

Which rich text editor is best for a React web app?

TipTap and Lexical are both strong choices for React. TipTap, built on ProseMirror, has a large extension ecosystem and good documentation. Lexical, created by Meta, is lightweight and fast. The right pick depends on the features you need, such as collaboration, tables or mentions.

Should I store editor content as HTML or JSON?

JSON is usually safer and more flexible because it represents document structure explicitly and is easy to migrate or render to other formats. Many teams store JSON as the source of truth and generate sanitised HTML for display, search indexing and email.

Is it safe to render HTML from a rich text editor?

Only after sanitising it on the server. Users can paste or craft malicious markup, so run all stored HTML through a well-maintained sanitiser with a strict allowlist of tags and attributes before rendering it to other users.

Can a rich text editor support real-time collaboration?

Yes. Editors such as TipTap and Lexical can integrate with CRDT libraries like Yjs to let multiple users edit the same document simultaneously. Collaboration adds backend complexity, so only add it if users genuinely need to co-edit.

How should images inside a rich text editor be handled?

Upload images separately to object storage, ideally using presigned URLs, and insert only the resulting URL into the document. Avoid embedding images as base64 inside the content, which bloats your database and slows down every page load.