Updated September 2026. WordPress is the better choice for most content-led business websites: it is cheaper to start, easy for staff to edit and has a plugin for almost everything. Django, a Python web framework, earns its higher build cost when your website is really an application (bookings, customer accounts, quotes, connections to other systems), where plugins become the problem rather than the solution. This comparison uses current figures on cost, security and real-world speed, including field data for 2.75 million WordPress sites and 25,000 Django sites.
We are a Django development agency, and we'll point you to WordPress when it fits better. Here is how to tell which camp you are in.
The short answer
- Choose WordPress for a brochure site or blog that your team wants to edit themselves, on a modest budget, where well-maintained plugins cover what you need.
- Choose Django when the website is part of how the business runs: bookings with your own rules, customer accounts, quotes, payments, portals or links to other systems.
- Either can be fast and secure. The biggest risks are the same on both: add-ons nobody updates, and a site with no maintenance plan.
What you are actually comparing
WordPress is a content management system (CMS) written in PHP. W3Techs reported on 25 September 2026 that it runs 40.2% of all websites, and 58.7% of sites whose CMS is known. The current version is 7.1.2. Don't confuse WordPress.org, the free software you install on your own hosting (the subject of this article), with WordPress.com, a paid hosted service built on it.
Django is a web framework written in Python. It is a toolkit a developer uses to build a site, with a database layer, user accounts, forms, security features and an admin area included. The latest release is Django 6.1, and 5.2 is the long-term support (LTS) release.
django CMS and Wagtail are content management systems built on Django. They add WordPress-style page editing to a Django site, so they sit between the two.
WordPress vs Django at a glance
| WordPress | Django | |
|---|---|---|
| What it is | A ready-made CMS (PHP) | A framework for building your own site or app (Python) |
| Features come from | Themes and plugins | Code written for your project |
| Editing | Block editor many staff already know | Admin screens built around your content |
| Main security risk | Plugins, themes and missed updates | Your own code and missed upgrades |
| Best for | Content-led sites | Sites that do things: bookings, accounts, workflows |
Cost of ownership
Both are free to download. You pay for the build, the hosting, and keeping the site safe and working, in different proportions.
- WordPress is cheaper to start. A good theme and a handful of plugins get a professional site live quickly. Running costs are hosting, premium plugin licences (usually yearly subscriptions) and someone applying updates and fixing conflicts when an update breaks something.
- Django costs more up front, because every page and feature is built for you. There are no plugin licences. Running costs are hosting and a developer who applies Django's security releases and makes changes. Django 5.2 had a patch release every month from August 2025 to August 2026, so that work is routine.
For a fair comparison, add up three years on each side: build, hosting, licences, maintenance and the changes you already know you will want. A WordPress site that needs a developer for every change isn't cheap, and a Django site with no maintenance budget isn't safe. Either way, budget for a website maintenance plan from launch day.
Plugins vs custom code
Plugins are WordPress's great strength: the official directory listed 69,441 free plugins and 8,731 free themes on 25 September 2026. If you need a contact form, events calendar or members' area, someone has probably built it.
But every plugin is code you didn't write, updated on someone else's schedule. Plugins can conflict with each other, slow pages down or be abandoned by their authors. And when your process differs from what a plugin assumes, you end up bending the business around it.
With Django, every feature is written for your project: it costs development time, but does exactly what your business needs. Custom code still has dependencies (this website pins 119 Python packages, counting sub-dependencies). Updating them is a developer's job rather than a button in the admin: each update can be tested before it goes live, but nothing updates itself, so someone has to be responsible for it.
Rule of thumb: if a well-supported plugin does 90% of what you need and you can live with the rest, use WordPress. If the thing you need is how your business makes money, such as a quote calculator, a booking rule or a trade price list, build it properly.
Security: where the risk really is
Neither core is the weak point. Patchstack's State of WordPress Security in 2026 report counted just 6 vulnerabilities in WordPress core during 2025. Django's own security archive lists 12 issues disclosed in 2025, and 28 so far in 2026. Both are patched quickly, and WordPress installs its minor security releases automatically by default.
The difference is the ecosystem around WordPress. The same Patchstack report found 11,334 new vulnerabilities in the WordPress ecosystem in 2025, 42% more than in 2024. 91% were in plugins and 9% in themes, 46% were not fixed by the time they were made public, and for the most heavily exploited vulnerabilities, the weighted median time to the first exploit was 5 hours. Attackers scan for vulnerable plugins automatically, at scale.
A custom Django site has a smaller, known attack surface, and Django protects against the common attacks by default: CSRF tokens on forms, parameterised queries through its database layer (which prevent SQL injection when used as intended), automatic escaping in templates against cross-site scripting, clickjacking protection and salted password hashing. Its risks are different: bugs in your own code, and sites left on an old Django release. Django 4.2 stopped receiving security fixes in April 2026, and 5.2 LTS is supported until April 2028.
Whichever you choose, the routine is the same: know what is installed, update it and check it. Where we would start:
# WordPress, with WP-CLI
wp core check-update
wp plugin list --update=available
wp core verify-checksums
# Django
pip-audit -r requirements.txt
python manage.py check --deploy
wp core verify-checksums confirms the core files haven't been altered, pip-audit checks every pinned Python package against known vulnerabilities, and check --deploy flags insecure production settings. Our website security checklist goes further for both platforms.
Performance: what real-world data shows
Speed depends more on how a site is built and hosted than on the platform, but real-world data helps. HTTP Archive combines the Chrome User Experience Report (real visits by Chrome users) with technology detection across millions of sites. Here are its mobile figures for August 2026, retrieved from its public API on 25 September 2026:
| Mobile, August 2026 | WordPress | Django | Wagtail | All sites |
|---|---|---|---|---|
| Sites with data | 2,752,367 | 25,288 | 6,178 | 8,733,157 |
| Pass all Core Web Vitals | 48.7% | 60.5% | 63.0% | 53.0% |
| Good LCP (loading) | 55.8% | 71.8% | 74.6% | 65.8% |
| Good INP (responsiveness) | 90.8% | 84.0% | 85.9% | 80.1% |
| Good CLS (layout stability) | 87.2% | 89.0% | 87.8% | 83.1% |
| Good TTFB (server response) | 23.5% | 41.7% | 51.9% | 45.8% |
| Median page weight | 2.71 MB | 2.08 MB | 2.42 MB | 2.56 MB |
Django sites did better on loading, server response and page weight. WordPress sites did better on responsiveness, probably because many Django sites are interactive web applications. Two caveats: HTTP Archive only spots Django on sites that leave a recognisable fingerprint, so the Django group is small and unlike the WordPress group, which includes many sites on cheap shared hosting. And this is correlation, not cause: a well-built WordPress site on good hosting can pass all three Core Web Vitals.
The data also corrects a claim this article used to make: that WordPress pages are slow because of bloated JavaScript. The median mobile page carried almost the same JavaScript on both (664 KB on WordPress, 646 KB on Django). The real gap was images: 1.04 MB against 0.53 MB.
One site, measured: ours
We loaded our own homepage, which is built with Django, five times in headless Chrome 153 on 25 September 2026, with mobile emulation and an empty cache. Each load transferred about 504 KB in 28 or 29 requests, all five within 2 KB of each other. This is one small site, not a benchmark of either platform. Where the bytes went on a typical load:
| What | Transferred | Share |
|---|---|---|
| Web fonts (Google Fonts) | 198 KB | 39% |
| Google Analytics tag | 192 KB | 38% |
| Served by our Django app (HTML, CSS, JavaScript, images, icons) | 110 KB | 22% |
| Other third-party script | 4 KB | 1% |
The HTML page Django generated was 21 KB. More than three quarters of the weight came from fonts and an analytics tag, which would weigh the same on WordPress. That is the real lesson: the platform matters less than what you add to it, and fonts and third-party tags are the first place to look on either.
Editing content
This is where WordPress is hardest to beat. Its block editor lets staff write pages, rearrange layouts, schedule posts and manage images without a developer.
Django includes an admin area with forms for your content: blog posts, services, products, FAQs. Nothing appears that the design wasn't built for, which keeps pages consistent, but you can't invent a new layout yourself. Our own blog is a fair example: posts are written as HTML in a plain admin field, which suits us as developers and would frustrate most marketing teams. If your team publishes a lot, a Django build can use Wagtail for flexible page editing, or WordPress may simply fit better.
Hosting
WordPress runs on almost any web host, from cheap shared plans to managed WordPress hosting that handles updates and backups for you. Django needs hosting for Python applications, such as Render, Heroku, a virtual server or containers, plus a database, usually PostgreSQL. This site runs Django under Gunicorn on Render, with PostgreSQL, behind Cloudflare. There are fewer budget options, and your developer usually owns deployments, backups and monitoring.
Can you use WordPress and Django together?
Yes. There are three common set-ups:
- Side by side. WordPress runs the marketing site and blog, and a Django application runs on a subdomain such as
app.yourcompany.co.ukfor bookings, accounts or a customer portal. - Headless WordPress. Your team edits in WordPress, and Django displays that content using the WordPress REST API.
- Everything in Django, with a CMS such as Wagtail for the content pages.
A minimal headless example: a Django view showing your three latest WordPress posts, cached for ten minutes so your app isn't calling WordPress on every visit. We tested it against the live REST API of WordPress.org's news blog.
import html
import requests
from django.core.cache import cache
from django.shortcuts import render
WP_POSTS_URL = "https://blog.yourcompany.co.uk/wp-json/wp/v2/posts"
def latest_articles(request):
posts = cache.get("wp_latest_posts")
if posts is None:
response = requests.get(
WP_POSTS_URL,
params={"per_page": 3, "_fields": "link,date,title"},
timeout=5,
)
response.raise_for_status()
posts = [
{
"title": html.unescape(item["title"]["rendered"]),
"url": item["link"],
"date": item["date"][:10],
}
for item in response.json()
]
cache.set("wp_latest_posts", posts, 60 * 10)
return render(request, "latest_articles.html", {"posts": posts})
The titles are converted to plain text, so Django's template escaping keeps them safe. In production, also catch requests. and show nothing rather than an error page. Shared logins across WordPress and Django are possible but fiddly, so avoid them unless you need them.
Moving from one to the other
WordPress to Django is the more common direction, usually once a site has grown into an application. Our guide to migrating from WordPress to a custom web app covers moving the data and keeping your rankings with 301 redirects.
Django to WordPress happens too, often when the original developer has moved on. Export the content with Django's dumpdata command, import it through the WordPress REST API, and 301 redirect every old URL, because the two structure URLs differently.
Which is right for you?
WordPress is probably right if:
- Your site is mainly content: services, blog, news, case studies or a portfolio.
- Your team wants to create and lay out pages without a developer.
- You need to launch soon on a modest budget.
- Well-supported plugins cover your forms, bookings or events without workarounds.
- You will keep it updated, or pay someone to.
Django is probably right if:
- The site does real work for the business: bookings with your own rules, customer accounts, quotes, document generation or payments, like the deed poll platform we built for UK Name Change.
- It must connect to your CRM, accounting software or a supplier's API.
- You handle sensitive customer data and want as little third-party code as possible.
- You are already fighting plugin conflicts, a growing licence bill or a slow site.
- You expect to keep adding features for years with a development partner.
If neither list fits, look further: Shopify is usually better than both for standard retail, and a hosted site builder can be enough for a very small site.
The verdict
WordPress is the right tool for most content-led business websites. Django is the right tool when your website is really software, because that is where plugins run out and custom code pays for itself.
If your site is heading that way, see our Django development service, our booking systems and custom platforms, or how we build custom business websites in Django. You can also book a free consultation and we'll tell you which fits your project, even if the answer is WordPress.