Jon Stewart is president and co-founder of ZenSource, and CMS Critic contributor.
Both Content Management Systems (CMS) and Digital Experience Platforms (DXP) play pivotal roles in the education industry. They share many of the same features, however they serve different purposes in managing and delivering digital content.
The complexity arises from the overlap of functionalities, compounded by the fact that many CMS vendors have evolved into DXPs, and DXP-first platforms now include a CMS. This makes it increasingly confusing for marketers and IT professionals to decode which to use and the benefits of each.
Despite this, both CMS and DXP have an important and powerful place in MarTech and higher education. But there's no need to invest in costly and complex DXP-first platforms to achieve scale. By utilizing open-source Drupal with a composable approach to MarTech architecture, these two systems can be combined to deliver a comprehensive omnichannel marketing platform.
This article aims to clarify the key differences and advantages of both tools, offering tips on building a fully open DXP.
In short, while a CMS is primarily focused on content creation and management, a DXP extends its functionality to provide a holistic digital experience by incorporating various tools and capabilities to engage users across multiple touch points.
There doesn’t have to be a choice between a CMS and a DXP platform. Depending on the specific needs and goals of your organization and with proper planning and architectural design of your platform, a Drupal CMS can act as the base. Over time, additional features can be incorporated to create a full suite of DXP components. Shifting away from a monolithic approach to a single code base and process, IT professionals can opt for a decoupled system. This approach facilitates the gradual integration of features, ensuring smoother scalability, upgrades, and time-to-market advantages.
Starting with Drupal at the core of the platform of your DXP offers significant benefits. Drupal is a powerful and flexible open-source CMS, particularly when used in higher education. It has gained exponential popularity for its versatility and extensibility.
Drupal provides a highly flexible framework that allows developers to customize and tailor the platform to meet specific project requirements. Its modular architecture enables the creation of custom features and functionalities, making it suitable for a wide range of web applications that can be integrated over time such as behavioral analytics with personalization and marketing automation. It offers a user-friendly interface for content creators, allowing them to easily publish, edit, and organize content and the content modeling and structuring features make it efficient for managing diverse types of content.
Drupal is well-suited for projects of varying scale which is why it can be so powerful for scale across a multi-channel DXP content delivery model. Whether you are building a small website or a complex enterprise-level application, Drupal's scalability ensures that the platform can grow with your project's needs and publish content from one database to all your channels. It also offers strong support for APIs, facilitating integration with third-party services and applications which is crucial for creating interconnected systems that a DXP will rely on.
The Drupal ecosystem includes a vast library of modules and extensions that extend the platform's functionality. This rich repository allows developers to leverage pre-built solutions, saving time and effort in development. Lastly, Drupal is committed to continuous innovation, regularly releasing updates and new features. This ensures that projects built on Drupal can take advantage of the latest technologies and trends in web development. Therefore, as the Drupal community actively expands its product roadmap, there are increasingly more modular components that help with creating core DXP features.
Optimizing Drupal for decentralized authoring while maintaining centralized brand consistency involves strategic planning, configuration, and the implementation of specific features. This will act as the authoring foundation for your enterprise-scale higher ed DXP, accommodating users with varying levels of access and roles as the platform extends.
The key is to allow for users to grow within the system, striking the right balance between control, scalability of content and marketing activities, and the preservation of brand consistency. Starting this process involves establishing a well-defined content structure and modeling strategy, including a clear definition of content types, fields, and relationships to ensure consistency across various content creators and website sections. The design should be separated from the data structure, so that authors do not have to worry about breaking UI whether they’re creating content or setting up rules for marketing automation.
Leverage Drupal's role-based permissions capabilities to assign specific roles and permissions to different content authors. Ensure that decentralized authors have appropriate access levels based on their responsibilities while maintaining control over critical brand elements. Implement a content moderation workflow to control the content lifecycle. Define stages such as draft, review, and publish to enable centralized oversight and approval before content goes live. This ensures brand consistency and quality control.
Store brand assets (logos, images, style guides) in a centralized location within Drupal. Provide decentralized authors with easy access to these assets through a media library or asset repository to maintain brand consistency in visual elements. Develop custom content templates to guide content authors in creating consistent content. Templates can enforce standardized layouts, styles, and branding elements, ensuring a cohesive user experience across the site. Maintain consistency in categorization and tagging by using shared taxonomies and vocabularies. Centralize the management of categories to avoid content fragmentation and ensure that similar content is categorized uniformly. Using permissions, you can define which assets can be shared among users within the central Drupal instance.
Lastly, provide training and ongoing support for content authors to ensure they understand and adhere to brand guidelines. Foster a collaborative environment where decentralized authors feel empowered to contribute while respecting brand consistency.
Extending Drupal over APIs can transform the CMS into an open Digital Experience Platform (DXP) tailored for higher ed, providing flexibility, and delivering a seamless and personalized user experience across various channels. A major advantage of a microservices approach is the ability to scale individual services independently.
By extending Drupal with microservices, you can ensure that specific components, such as authentication or search functionality, can scale horizontally based on demand, optimizing performance and resource utilization. This allows Drupal to offer personalized content recommendations, dynamic layouts, and targeted experiences based on individual user preferences and interactions.
First, break down Drupal's monolithic structure into smaller, independently deployable services. Each microservice should represent a specific business capability, such as content management, user authentication, or personalization. This decomposition allows for agility and scalability, as each microservice can evolve independently. With APIs at the core, seamlessly integrate third-party services and applications into the DXP, enabling Drupal to act as a central hub orchestrating interactions and ensuring a cohesive user experience.
Adopt an API-first design approach to expose microservice functionalities through well-defined APIs. Drupal, serving as the central content management microservice, provides APIs for content creation, retrieval, and modification, promoting smooth communication and data exchange with other microservices. Integrate user authentication services, recommendation engines, or analytics platforms as separate microservices, fostering a modular and extensible higher ed DXP.
Implement DevOps practices for continuous integration and deployment (CI/CD), enabling independent development and faster release cycles, while also reducing the risk of system-wide failures during updates. Monitor and analyze the microservices architecture using centralized tools to gain insights into performance, reliability, and user interactions for quick issue identification and continuous improvement.
Engage with the Drupal and broader higher education community, collaborating for knowledge sharing and adopting best practices. This approach ensures that the higher ed DXP remains open, extensible, and aligned with industry standards. Extending Drupal over APIs using a microservices approach enables the creation of a flexible, scalable, and personalized higher ed DXP, preserving Drupal's renowned content management capabilities.
Securing your higher ed DXP is crucial in the evolving digital landscape, where cyber threats persist and grow more sophisticated. As your DXP scales, it becomes an attractive target for cyber attackers. Adopting a security-first approach ensures resilience, safeguards sensitive data, and mitigates risks.
Drupal prioritizes security with a robust security model and dedicated team, following best practices and regular updates. Enhance DXP security with thorough threat modeling, incorporating secure design principles, and adopting a defense-in-depth strategy. Identify possible threats, vulnerabilities, and attack vectors specific to your solution.
Understanding the potential risks allows you to proactively design security measures. Incorporate secure design principles from the outset. Embrace the principle of least privilege, implement proper data encryption, and follow the principle of defense in depth. Design your solution with security controls at multiple layers, making it more challenging for attackers to exploit vulnerabilities. Train developers in secure coding practices, conduct regular code reviews, and adhere to data protection regulations, industry standards, and legal requirements. Make sure your team stays informed about changes in compliance standards and update your security measures accordingly.
Implement robust authentication and authorization mechanisms. Use strong and adaptive authentication methods, such as multi-factor authentication (MFA), to verify user identities. Define and enforce granular access controls to ensure that users and systems have the minimum necessary privileges. Perform regular security audits and penetration testing to assess the effectiveness of your security controls. Identify vulnerabilities and weaknesses through simulated attacks, allowing you to remediate issues before they can be exploited in real-world scenarios. Develop and regularly test disaster recovery and business continuity plans. In the event of a security incident or a system failure, having a well-defined plan ensures a swift response, minimizing downtime and data loss.
Encrypt sensitive data both in transit and at rest. Use industry-standard encryption algorithms to protect data from unauthorized access. Implement secure key management practices to safeguard encryption keys. Implement robust security monitoring tools to detect and respond to security incidents in real time. Set up alerts for suspicious activities and establish an incident response plan to quickly contain and mitigate security breaches. Since Drupal requires regular module updates for security patches, deploy a dedicated team to keep up with this process. Keep all software components, frameworks, and libraries up to date.
For developers, marketers, and authors of your DXP, educate them on security best practices and raise awareness about social engineering tactics. Human error is a common cause of security breaches, and a well-informed workforce is a crucial line of defense.
Engage with the broader security community, participate in information-sharing forums, and stay informed about emerging threats and vulnerabilities. Collaborating with the community enhances your organization's ability to stay ahead of evolving security challenges. By integrating security into the core of your solution, you create a robust and resilient fortress against potential threats. This proactive approach not only safeguards your higher ed organization but also establishes a foundation of trust in your solution's security posture.
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