Joomla is one of the historic open-source CMS platforms, often positioned between the simplicity of WordPress and the enterprise-level complexity of Drupal. Over the years, it has aimed to balance flexibility, structural control, and ease of use, catering to both developers and advanced users.
In this article, we analyze Joomla as a platform: its strengths, areas for improvement, technical evolution, and its role in today’s landscape dominated by APIs, headless architectures, and Artificial Intelligence.

Strengths of Joomla

Joomla offers several features that make it a valid solution in specific contexts:

• Native MVC structure
  Joomla has long adopted the Model-View-Controller pattern, providing a clear separation between logic, data, and presentation, appreciated by developers.
• Advanced user management and ACL
  Its permission system is among the most comprehensive in traditional CMSs, allowing granular configurations without external extensions.
• Built-in multilingual support
  Unlike other CMSs, Joomla offers native multilingual support, simplifying the management of international websites.
• Extensibility via components, modules, and plugins
  The ecosystem is well-structured, enabling additional functionality while maintaining good code organization.
• Historic and active open-source community
  Joomla boasts a strong community that has helped keep it alive and up-to-date over time.

Areas for Improvement

Despite its strengths, Joomla has shown challenges in maintaining a competitive position in the modern landscape:

• Less dynamic ecosystem
  Compared to WordPress and Drupal, the number of actively maintained extensions is smaller.
• Hybrid learning curve
  Not immediately beginner-friendly, yet not fully “developer-first” for those seeking complete control like Drupal.
• Admin UX and frontend
  The interface has improved over time but remains less intuitive compared to more modern solutions.
• Slow adoption of emerging trends
  Headless CMS, JAMstack, and microservices are supported, but they are not yet central to Joomla’s ecosystem.

Joomla’s Evolution Over Time

Joomla has gone through several evolutionary phases:

• Joomla 2.x – 3.x
  Consolidation of the MVC structure, improved user management, and extensions.
• Joomla 4
  Major code refactoring, greater adherence to modern PHP standards, improvements in security, accessibility, and performance.
• Joomla 5
  Focus on stability, compatibility with recent PHP versions, and enhanced developer experience.

This evolution shows a clear attempt at modernization, although more gradual compared to other CMS platforms.

Joomla in the Current Context: APIs, Headless, and AI

Modern web development demands increasingly flexible and integrable platforms:

• APIs and Headless
  Joomla supports REST APIs and can be used in headless architectures, but it was not initially designed with this philosophy in mind like Drupal or pure headless CMSs.
• Automation and AI
  Integration with AI tools mainly occurs via third-party extensions:
  • Content generation and optimization
  • Automatic tagging
  • Editorial and SEO assistance
• Intelligent personalization
  While the potential exists, AI adoption is not yet a core part of the official roadmap.
  In an AI-first context, Joomla will need deeper integrations and a more innovative extension ecosystem to remain competitive.

Conclusion

Joomla remains a solid CMS, suitable for medium-complexity projects requiring a strong structure, advanced user management, and content control. However, it faces competition from platforms more aggressive in innovation, such as Drupal in enterprise environments and WordPress in terms of reach and ecosystem.

The future of Joomla will depend on its ability to:

• Enhance the developer experience
• Integrate APIs, headless architectures, and AI natively
• Refresh and modernize its extension ecosystem

In my view, if Joomla succeeds in this path, it could carve out a more defined role in the landscape of modern CMS platforms.

L'articolo Joomla Ecosystem: Analyzing the CMS Between Flexibility, Limitations, and Evolution proviene da Giovanni Anfuso.

Drupal is one of the longest-standing and most versatile CMS platforms on the market, known for its flexibility and modularity. Over the years, it has evolved from a platform for complex websites to a tool capable of supporting enterprise projects, community portals, and advanced digital platforms. This article examines Drupal’s strengths and challenges, its evolution over time, and future prospects, particularly with the integration of Artificial Intelligence technologies.

Strengths of Drupal

Drupal stands out for several key features that make it a robust CMS appreciated by developers:

Modularity and flexibility: Thanks to its modular architecture, functionalities can be extended without compromising the core.
Advanced security: Regular updates and an active community ensure protection even for high-risk sites.
Complex content management: Supports custom content types, taxonomies, and advanced views.
Scalability: Ideal for enterprise websites, government portals, and high-traffic platforms.
Community and ecosystem: Thousands of modules and themes, alongside a global developer community.

Areas for Improvement

Despite its strengths, Drupal presents some challenges for developers and organizations:

Steep learning curve: The CMS complexity can be daunting for those coming from WordPress or more “out-of-the-box” solutions.
Frontend management not straightforward: Even with Twig, design and frontend integration require advanced skills.
Performance on small sites: Without caching and optimization, simple sites can perform slower than lighter solutions.
Module updates and compatibility: Some third-party modules require manual updates, occasionally causing conflicts.

Historical Evolution of Drupal

Drupal has undergone significant evolutionary steps:

Versions 6–7: Consolidation of content management and first developer APIs.
Version 8: Introduction of Symfony, REST API, greater adherence to modern standards.
Versions 9, 10, and 11: Improvements in security, modern PHP compatibility, integration with headless tools, and support for advanced editors like CKEditor.

This evolution has allowed Drupal to adapt to enterprise requirements and the growing demand for headless and omnichannel architectures.

Drupal and the Rise of AI

Artificial Intelligence is transforming the web, and Drupal is embracing these trends:

Content intelligence: Modules for automatic content suggestions, smart tagging, and text generation.
Advanced personalization: AI to suggest relevant content to different users in real-time.
Workflow automation: From SEO optimization to media management, AI can reduce editors’ workload.
Integration with external tools: APIs for NLP, data analysis, and predictive systems.

Adopting AI in Drupal represents an opportunity to simplify development, enhance UX, and deliver personalized content, while maintaining the platform’s security and flexibility.

Conclusion

Drupal remains a reference platform for developers and organizations seeking a powerful, scalable, and secure CMS. Its strengths, including modularity, security, and advanced content management, keep it competitive, while challenges such as the learning curve and performance can be mitigated through best practices and modern tools.

With AI integration, Drupal is poised to become not just a CMS for complex content, but an intelligent platform capable of adapting dynamically and predictively to the needs of users and development teams.

L'articolo Drupal Ecosystem: Strengths, Challenges, and Prospects with the Rise of AI proviene da Giovanni Anfuso.

WordPress and Its Ecosystem

WordPress is the most widely used open-source CMS in the world, a software platform for creating websites, blogs, and dynamic applications based on PHP and MySQL. Thanks to its flexibility, extensive library of plugins and themes, and global community, it is the choice of millions of developers and companies.
Learn more at: Wikipedia

The WordPress ecosystem is not just the core; it includes a range of components, tools, and communities that collaborate to expand its functionalities and development opportunities.

WordPress Architecture

WordPress is built on a modular architecture that can be extended via standard components:

• Core: the heart of the CMS, providing basic functions for managing content, users, pages, posts, and media.
• Themes: define the website’s visual appearance and can be customized or built from scratch.
• Plugins: extend functionality (e-commerce, SEO, performance, forums, etc.).
• Database: MySQL or MariaDB stores content, settings, and configurations.
• REST API: allows interaction between WordPress and external applications.
• Block Editor (Gutenberg): visual editing system with a block-based structure.

Learn more at: Wikipedia

This architecture allows building simple or complex sites but requires a solid understanding of the abstraction layers and how they interact.

Official Documentation: Standards, Guidelines, and Orientation

The official WordPress documentation (Codex, Developer Resources, and Learn.WordPress) primarily serves as a standards reference: it provides accepted and recommended guidelines on how to perform tasks and how internal tools function. It does not merely give “don’t do it because it might go wrong” advice but defines how to do a task correctly and which standards are recognized.

Examples of official documentation:

• Learn.WordPress.org – Structured learning pathways for users and developers.
• Developer Handbook (Developer Resources) – Guidelines on APIs, plugins, and themes.
• WordPress Codex – Historical user manual and developer reference.

Important: official documentation is not necessarily a complete step-by-step learning path but rather an accurate description of how standards and APIs work.

Recommended Learning Order for WordPress

1. Understanding WordPress as a CMS
   Start with the basics:
   • What a CMS is and how WordPress works.
   • Differences between WordPress.com and WordPress.org.
   • Dashboard, posts, pages, media, and user roles.
     This phase is crucial to contextualize everything else.
2. Installation and Configuration
   • Local environments (Local, XAMPP, Docker).
   • General settings, permalinks, media.
   • Basic security and updates.
3. Themes and Customization
   • Child and custom themes.
   • Modifying template files.
   • Block editor (Gutenberg) and Full Site Editing.
4. Plugins and Advanced Features
   • Key plugins: SEO, performance, caching.
   • How to install and configure.
   • When custom development is required.
5. Advanced Development (for Developers)
   • Core languages: HTML, CSS, JavaScript, PHP.
   • WordPress hooks: actions and filters.
   • Creating custom plugins and themes.
   • REST API and performance.

The Roadmap from roadmap.sh

The roadmap.sh page provides a structured guide to WordPress development in 2026. While useful as a general orientation, it is important to note that it is not official WordPress documentation but an educational roadmap created by the community with support from Melapress.

Thanks to the author for the synthesis, but it is important to note:

• It is not always supported by quality metrics or established benchmarks — it is more an ideal path than a rigid rule.
• It often lacks direct references to real-world use cases: the roadmap does not include tools for automated quality control or explicit guidance on avoiding bad practices.
• It does not consider resource budgeting, i.e., realistic allocation of time and resources for each learning or production level.
• Practices like overusing page builders without understanding standards or failing to test for performance/security can lead to large-scale issues.

In summary: roadmap.sh is excellent as a high-level guide but should be complemented with official documentation and a critical, best-practice-based approach.

Common Issues and “Bad Practices” to Avoid

Many learners (and professionals) stumble on recurring mistakes:

• Relying exclusively on page builders without understanding the core and standard themes.
• Ignoring security and daily maintenance (updates, backups).
• Not testing performance and SEO objectively.
• Not knowing WordPress coding standards, leading to non-performant plugins or themes.

These errors are not caused by the wrong tool but by a lack of disciplined learning roadmap based on real standards.

Conclusion

Successfully learning WordPress means understanding the ecosystem as a whole: core, themes, plugins, APIs, and community. Official documentation is essential as a standards and reference guide, while third-party resources like roadmap.sh are useful to understand the development path, provided they are integrated with real best practices, quality control, and performance evaluation.

L'articolo WordPress: what it is, how it works, and the order in which to learn it proviene da Giovanni Anfuso.