Ruby

What Is Ruby?

Ruby is a dynamic, object-oriented language known for its clean syntax and focus on developer happiness. Created by Yukihiro Matsumoto in the 1990s, it treats everything as an object, making the development experience intuitive and consistent. While it's best known for powering Ruby on Rails, Ruby also supports lightweight frameworks like Sinatra—making it flexible enough for projects of any size.

Why Integrate Ruby With Strapi?

Pairing Strapi with Ruby combines the flexibility of a headless CMS with a language designed for clarity and developer happiness. By integrating Strapi with Ruby, you can build content-rich applications faster—with less friction between content and code.

Why Developers Love This Pairing

Here are a few reasons why Ruby and Strapi work so well together:

• Clean separation of concerns: Let Strapi manage content while Ruby handles business logic—each tool plays to its strengths.
• API-first architecture: Strapi's REST and GraphQL APIs integrate seamlessly with Ruby’s HTTP clients for reliable data exchange. Learn more about API-first CMS benefits.
• Front-end freedom: Strapi feeds content to whatever front-end you choose. Ruby can power backend services without limiting your stack. See how a headless CMS benefits developers.
• Rapid development: Combine Ruby’s expressiveness with Strapi’s intuitive content modeling to speed up your build cycles.
• Scales with you: Both technologies grow from MVPs to full production apps with enterprise-grade flexibility.

With Strapi Cloud, you can deploy your CMS in minutes—no infrastructure setup required. And with the release of Strapi v5, the developer experience and performance have never been better.

Practical Use Cases

Looking for real-world ways to use Ruby and Strapi together? Here are some popular patterns:

• E-commerce platforms: Strapi manages product content while Ruby handles pricing logic, payment processing, or custom workflows. Strapi in commerce is a well-tested pattern, used in setups like Jekyll + Snipcart.
• Content-heavy apps: Combine Ruby’s routing and logic with Strapi’s CMS layer to build blogs, news sites, or portfolios. See the Jekyll and Strapi integration for inspiration.
• Multilingual websites: Use Strapi’s internationalization features alongside Ruby’s I18n tools to build flexible, localized sites.
• Custom CMS solutions: Tailor content models in Strapi while using Ruby to power back-office workflows, multi-tenant logic, or legacy system integrations. Learn more about multi

How to Integrate Ruby With Strapi

Combining Strapi with Ruby gives you a powerful headless CMS working alongside Ruby's elegant syntax. Here's how to set it up without the headaches.

Prerequisites and Environment Setup

Before diving in, you'll need:

• Node.js and npm (for Strapi)
• Git
• (Optional) Ruby (version 2.7 or later), RubyGems, and Bundler—for Ruby-based tools or Rails apps

You can either start with Strapi Cloud or install Strapi locally.

Connecting Ruby to the Strapi API

You can connect Ruby to Strapi using general-purpose HTTP libraries or dedicated gems. Depending on your use case, you might choose between REST vs GraphQL APIs for content access.

Using HTTParty for General Ruby Scripts

For standalone Ruby scripts or lightweight apps, HTTParty makes API requests easy.

1. Define your Gemfile to include HTTParty:

source "https://rubygems.org"
gem "httparty"

2. Install the gem using Bundler:

bundle install

3. Use HTTParty to make a simple GET request to the Strapi API:

require 'httparty'

response = HTTParty.get(
  'http://localhost:1337/restaurants',
  headers: { 'Content-Type' => 'application/json' }
)
puts response.body

Replace http://localhost:1337 with your Strapi server URL if hosted elsewhere.

Using strapi_ruby Gem for Rails Applications

For Rails projects, the unofficial strapi_ruby gem provides a wrapper around the Strapi API.

1. Add the gem to your Gemfile:

gem 'strapi_ruby'

2. Install the gem and generate the default config:

bundle
bundle exec rake strapi_ruby:config

3. Configure your Strapi connection in an initializer:

# config/initializers/strapi_ruby.rb
StrapiRuby.configure do |config|
  config.strapi_server_uri = ENV["STRAPI_SERVER_URI"]
  config.strapi_token = ENV["STRAPI_SERVER_TOKEN"]
end

4. Interact with content types like Article:

articles = StrapiRuby::Article.all

Managing Content With Ruby (CRUD Operations)

Once connected, you can perform full CRUD operations with your Ruby code.

Create

Send a POST request to add a new entry to Strapi:

new_restaurant = HTTParty.post(
  'http://localhost:1337/restaurants',
  headers: { 'Content-Type': 'application/json' },
  body: { name: 'New Restaurant', description: 'Delicious food' }.to_json
)

Read

Fetch existing content using a GET request:

restaurants = HTTParty.get('http://localhost:1337/restaurants')

Update

Use PUT to update a specific entry (by ID):

updated_restaurant = HTTParty.put(
  'http://localhost:1337/restaurants/1',
  headers: { 'Content-Type' => 'application/json' },
  body: { name: 'Updated Restaurant Name' }.to_json
)

Delete

Use DELETE to remove a content entry:

deleted_restaurant = HTTParty.delete('http://localhost:1337/restaurants/1')

Enhancing API Calls With Ruby

Here are a few tips to improve your Ruby-to-Strapi integration, based on API design best practices.

Handle errors gracefully

Wrap your API calls in error-handling logic:

begin
  response = HTTParty.get('http://localhost:1337/restaurants')
  if response.success?
    restaurants = JSON.parse(response.body)
  else
    puts "API error: #{response.code} - #{response.message}"
  end
rescue => e
  puts "Connection error: #{e.message}"
end

Use authentication headers

Include your bearer token to access protected routes:

response = HTTParty.get(
  'http://localhost:1337/restaurants',
  headers: { 
    'Content-Type' => 'application/json',
    'Authorization' => "Bearer #{your_jwt_token}"
  }
)

Store configuration in environment variables

Keep sensitive values out of your codebase:

strapi_url = ENV['STRAPI_URL']
api_token = ENV['STRAPI_API_TOKEN']

Note: Strapi doesn't require specific environment variable names—use names that match your project conventions.

Handle pagination for large datasets

Paginate through Strapi collections using the pagination query parameters:

def fetch_all_restaurants
  page = 1
  all_restaurants = []

  loop do
    response = HTTParty.get("#{strapi_url}/restaurants?pagination[page]=#{page}&pagination[pageSize]=25")
    result = JSON.parse(response.body)
    all_restaurants.concat(result['data'])
    break if result['meta']['pagination']['page'] >= result['meta']['pagination']['pageCount']
    page += 1
  end

  all_restaurants
end

Filter and sort content

Use query parameters to fetch specific content:

filtered_restaurants = HTTParty.get(
  "#{strapi_url}/restaurants?sort=name:asc&filters[category][$eq]=Italian"
)

For more options, check out the full list of Strapi deployment strategies to make sure your Ruby + Strapi stack is optimized

Project Example (with GitHub Project Repo)

Let’s look at a real-world example of Ruby and Strapi working together: an e-commerce platform where each tool plays to its strengths. When choosing a headless CMS for this project, we picked Strapi for its flexibility and robust API support.

Project Architecture

Here’s how the stack is divided:

• Ruby on Rails handles business logic and user authentication
• Strapi powers product content and marketing copy
• React consumes both APIs to build a dynamic front-end
• PostgreSQL stores transactional data for Rails
• MongoDB stores structured content within Strapi

This separation lets each system focus on what it does best—without forcing tight coupling or complex workarounds.

Implementation Details

We used the strapi_ruby gem to connect our Rails backend with Strapi's API.

1. Add the gem to your Rails project:

gem 'strapi_ruby'

2. Configure the connection in an initializer:

# config/initializers/strapi_ruby.rb
StrapiRuby.configure do |config|
  config.strapi_server_uri = ENV["STRAPI_SERVER_URI"]
  config.strapi_token = ENV["STRAPI_SERVER_TOKEN"]
end

3. Fetch Strapi content inside a controller:

class ProductsController < ApplicationController
  def index
    @products = StrapiRuby.get(resource: :products, populate: :*)
    render json: @products
  end
end

This setup lets Rails fetch product data from Strapi as if it were a native service—without needing to manually write API wrappers.

Key Learnings

This architecture delivered real-world benefits during development:

• Clear responsibilities: Content lives in Strapi, business logic stays in Ruby—keeping code modular and easier to maintain.
• Developer efficiency: Content teams work in Strapi’s admin panel while developers focus on application logic—no merge conflicts or tooling overlap.
• Performance wins: Content is delivered fast via Strapi’s API and can be cached separately from the Rails app.
• Independent scaling: You can scale Strapi and Rails separately as load grows, giving you more control over infrastructure costs.
• Simplified development: The strapi_ruby gem eliminates the need to manually handle authentication, pagination, or error handling for every API call.

For more, explore the GitHub repository for strapi_ruby to see how it simplifies API access for Ruby developers.

Strapi Open Office Hours

If you have any questions about Strapi 5 or just would like to stop by and say hi, you can join us at Strapi's Discord Open Office Hours Monday through Friday at 12:30 pm – 1:30 pm CST.

For more details, visit the Strapi documentation and APP.

Strapi Open Office Hours

If you have any questions about Strapi 5 or just would like to stop by and say hi, you can join us at Strapi's Discord Open Office Hours Monday through Friday at 12:30 pm – 1:30 pm CST.

For more details, visit the Strapi documentation and Ruby documentaion.