When developers think about building a useful website, the first ideas that usually come to mind are complex SaaS applications, APIs, dashboards, or AI-powered tools.
But sometimes a relatively simple information website can teach you just as much about web development.
I recently spent time working with food-menu data and building pages around products, prices, calories, locations, and other information. One example is a website focused on the Crumbl Cookies menu, where the goal is to organize information in a way that makes it easier for visitors to find what they need.
Crumbl is particularly interesting from a web-development perspective because its menu changes regularly. That creates a surprisingly good example of how websites can handle changing data while maintaining a clean user experience.
One of the biggest lessons I learned is that a website shouldn't be organized around the data you have. It should be organized around what users actually want to know.
Someone searching for a cookie menu might have questions such as:
A useful interface should answer these questions quickly.
Instead of putting everything into one huge table, information can be separated into logical sections with clear navigation.
A static website is relatively easy to build.
A changing menu is different.
When information changes frequently, you have to think about:
For example, a weekly menu page needs to make it obvious that the information represents a particular period. Otherwise, visitors may assume that an old flavor is currently available.
This is a simple example of a broader software principle: data has context.
A value without context isn't always useful.
Tables are one of the simplest components in web development, but they can become difficult to use on mobile devices.
A desktop table might contain:
| Item | Calories | Price | Category |
|---|---|---|---|
| Cookie A | 500 | $4.99 | Classic |
| Cookie B | 650 | $4.99 | Seasonal |
On a phone, however, a four-column table can become difficult to read.
A responsive implementation can solve this with horizontal scrolling, stacked layouts, or carefully selected columns.
This is a good reminder that responsive design isn't simply about making everything smaller.
It's about making information easier to consume on different screens.
Another lesson from information-heavy websites is that simplicity in the interface doesn't automatically mean simplicity in performance.
A page containing many images, tables, scripts, advertisements, and tracking tools can become slow.
Some basic optimizations can make a significant difference:
const images = document.querySelectorAll("img");
images.forEach((image) => {
image. = "lazy";
});
Lazy- images is only one small optimization, but it demonstrates an important principle: don't load resources before they're needed.
Other useful techniques include:
For information websites, search engines can effectively become another navigation system.
That means page structure matters.
Instead of publishing one enormous page containing every possible topic, related information can be organized into focused pages.
For example:
/menu/
/menu-this-week/
/nutrition/
/prices/
/locations/
/hours/
/flavors/
Each page answers a specific user question.
This approach is useful beyond food websites. The same architecture can work for documentation, product databases, directories, travel websites, and many other information-heavy projects.
One of the less glamorous parts of building an information site is maintaining accuracy.
A page can have beautiful CSS and excellent performance, but outdated information still produces a poor user experience.
For a menu-focused website, prices, flavors, nutrition information, and availability can change.
That means a good workflow should distinguish between:
Current information
and
Historical information
This is especially important when dealing with rotating menus. A flavor that appeared previously shouldn't automatically be presented as something available today.
The Crumbl-focused resource I worked with organizes information around weekly flavors, prices, calories, locations, and other menu details, which is a useful example of structuring frequently changing information into separate content areas.
It's easy to become obsessed with SEO metrics, frameworks, and technical implementation.
But the simplest test is still:
Can a visitor find the answer they came for?
If someone wants to know the calories in a particular cookie, they shouldn't have to read five paragraphs before reaching the information.
If someone wants to find a store, the location information should be easy to locate.
If someone wants to see the current menu, that page should be immediately accessible.
Good development and good information architecture ultimately have the same goal: reduce friction.
If I were starting the project again, I'd focus even more heavily on structured data.
Instead of thinking of every page as an independent article, I'd model the underlying information as entities:
Cookie
├── Name
├── Category
├── Price
├── Calories
├── Ingredients
├── Allergens
├── Availability
└── Description
Then the same underlying data could potentially power multiple interfaces.
For example:
Cookie data
↓
Weekly menu
↓
Nutrition page
↓
Search/filter interface
↓
Comparison tool
This is a much more scalable approach than manually creating every page from scratch.
A food-menu website might sound very different from a typical developer project, but it demonstrates many of the same engineering challenges found in larger applications.
You still have to think about data modeling, responsive design, performance, search, content organization, user experience, and data freshness.
Sometimes the best way to improve as a developer isn't to build something complicated.
It's to take a simple problem and build the solution properly.