Why I Stopped Building WordPress Sites for Restaurants (And What I Do Instead)

WordPress Isn't the Problem. Using the Wrong Architecture Is.

Let me make something clear: I don't think WordPress is a bad platform.

For a restaurant that needs a homepage, menu, opening hours, location information, a few photographs, and a blog, WordPress can be an entirely reasonable choice. It has a mature ecosystem, a familiar content editor, and a large selection of themes and plugins.

If a restaurant owner wants to update a few pages without asking a developer for help, that flexibility can be valuable.

The situation changes when the website starts behaving more like a software application.

Imagine adding custom menu management, ordering workflows, payment processing, reservation integrations, customer accounts, and connections to other business systems. WordPress can support many of these requirements, but the implementation needs to be carefully planned.

You may end up combining a theme, a page builder, several plugins, custom code, and third-party integrations. Each component introduces its own configuration, update requirements, and possible points of failure.

That doesn't make the resulting website automatically slow or insecure. It means the overall architecture deserves more attention than simply asking which theme looks best.

The Maintenance Problem: Who Keeps Everything Working?

A restaurant website isn't something the owner wants to worry about during a busy Friday evening.

The menu should be available. The location information should be correct. Ordering links should work. If the restaurant accepts online orders, the staff should be able to receive and process them reliably.

A WordPress installation may depend on the core platform, its theme, several plugins, the PHP runtime, database compatibility, and external services. These components don't necessarily cause problems, but they do need appropriate maintenance.

Imagine having to investigate a layout problem after updating a plugin, or discovering that a third-party integration no longer behaves as expected. The update itself may have been necessary, but troubleshooting still takes time.

This is one reason I pay attention to the number of dependencies a project actually needs.

My rule is straightforward: if a feature isn't necessary, I don't want to introduce another dependency just because a plugin happens to offer it.

The same principle applies to custom development. A custom application still requires monitoring, security updates, backups, testing, and maintenance. Writing your own code doesn't make those responsibilities disappear.

Do WordPress Page Builders Make Restaurant Websites Slow?

Page builders such as Elementor and Divi can make it much easier to design and manage complex layouts without writing every component by hand.

I understand why developers and business owners use them. Being able to assemble a visual page, adjust spacing, and edit sections through an interface can save considerable time.

The problem isn't simply that a page builder exists. Performance depends on how the website is assembled, which assets it loads, how images are optimized, what third-party scripts are running, and how the server is configured.

Elementor itself documents performance features intended to reduce unnecessary asset loading. A well-configured WordPress website can perform well, so it would be inaccurate to claim that every page builder automatically downloads megabytes of unused code.

However, a poorly planned website can accumulate too many visual effects, oversized images, unnecessary scripts, complicated layouts, and overlapping plugins. Those choices can increase the amount of work the browser has to do.

For a restaurant customer trying to check a menu on a phone, the practical question is much simpler: how quickly does the useful content appear, and how easy is the page to use?

If a menu page takes several seconds to become usable on a mobile connection, I would investigate it. I wouldn't immediately blame WordPress, and I wouldn't automatically rebuild it in PHP either. First, I'd measure the problem.

The measurement should include image sizes, JavaScript execution, server response, caching, layout shifts, and the performance of the actual page customers visit.

You can read more about Google's approach to measuring and improving real-world page experience in the Core Web Vitals documentation.

What About WordPress Security?

Security is another area where I prefer to be precise rather than dramatic.

WordPress is widely used, and its security depends partly on the way a particular installation is configured and maintained. Vulnerable plugins and themes, weak passwords, excessive privileges, outdated software, and poor server configuration can all create risks.

Wordfence's 2024 WordPress Security Report reported that plugins accounted for 96% of the vulnerabilities disclosed in its analysis of WordPress software that year. That figure describes disclosed vulnerabilities, not 96% of all website hacks.

I wouldn't use that statistic to claim that every WordPress website is vulnerable. I would use it as a reminder to pay attention to third-party dependencies, keep software updated, and remove components that are no longer needed.

A custom PHP application also needs a proper security design. Database queries must be handled safely, output must be escaped appropriately, access controls must be enforced, sensitive configuration must be protected, and dependencies must be maintained.

Custom code is not automatically secure code. It simply gives the developer more direct control over which components exist and how the application is structured.

Why I Consider Custom PHP for Restaurant Websites

When a project needs specialized functionality, I consider a lean, modular PHP architecture with Vanilla JavaScript and modern CSS.

Instead of starting with a general-purpose content-management system and adding functionality around it, I can design the application around the actual requirements.

That might mean a small set of reusable PHP components, a clearly defined database structure, carefully selected JavaScript interactions, and only the integrations the project genuinely requires.

For a restaurant website, the architecture might include:

• A lightweight presentation layer: Responsive HTML and CSS designed around the menu, restaurant information, and customer actions.
• Focused application logic: PHP components responsible for the specific functionality the website needs.
• Database-driven menus: A structured way to store and display categories, dishes, descriptions, prices, and availability.
• Purposeful JavaScript: Only the interactions needed to improve navigation, menu browsing, or other features.
• Controlled integrations: Payment, ordering, reservation, or external API connections selected according to the requirements.
• Clear maintenance responsibilities: Documented configuration, updates, backups, error handling, and security controls.

This approach can reduce unnecessary dependencies and provide more control over the application's behaviour.

It also comes with trade-offs. A custom-built content-management interface has to be developed if the owner needs one. Common features that WordPress provides through its ecosystem may require additional development. The codebase also needs a developer who understands how to maintain it.

That's why I wouldn't recommend custom PHP just to make a simple five-page website sound more sophisticated. The architecture should match the actual requirements.

Does Custom PHP Automatically Make a Restaurant Website Faster?

No. And I wouldn't promise a specific loading time simply because a website uses PHP.

A well-designed custom application can avoid unnecessary features and load only the components it needs. That can help reduce work for the browser and simplify the overall system.

But performance also depends on hosting, database queries, caching, image optimization, network conditions, JavaScript, and the complexity of the application.

A poorly written PHP application can be slow. A properly optimized WordPress website can be fast. The technology alone doesn't settle the question.

My approach is to establish a sensible technical baseline, avoid unnecessary complexity, and test the finished website. If a page performs poorly, I want measurements that help identify the cause rather than a marketing promise about how fast the code ought to be.

Digital Menu Maker: My Experience in Hospitality Technology

One of the most relevant projects in my portfolio is Digital Menu Maker, a hospitality-focused SaaS platform developed by me and JESASTIC.

Its product focus includes QR code menus, digital menu boards, restaurant websites, menu management, and hospitality marketing functionality.

This project is important to my restaurant-technology work because a digital product has to address more than the way an individual page looks. The architecture has to support the intended workflow, make the interface usable, and give the business a practical way to manage its content and operations.

That product-oriented thinking also influences how I evaluate restaurant website projects. A restaurant may need no more than a fast, attractive website with a readable menu. Another may need more specialized software and integrations.

I want the technical solution to follow the business requirement—not the other way around.

When Would I Still Recommend WordPress?

There are situations where I would happily recommend WordPress for a restaurant.

If the business wants a straightforward website, frequent content updates, an established editing interface, and a manageable set of features, WordPress may be the most practical option.

It can also make sense when the restaurant already has a well-maintained WordPress website and the actual problem can be resolved through optimization or a focused improvement.

I wouldn't recommend a complete rebuild merely because custom code is available.

I would consider custom PHP when the requirements call for a more tailored application, when an existing setup has become difficult to maintain, or when the project would benefit from a smaller, more deliberately designed collection of components.

The decision should account for functionality, budget, staff capabilities, integrations, performance, security, and long-term maintenance.