![]() The potential for failures to occur is greatly reduced because of pre-deployment building and the minimized surface area of the architecture. Since web pages are pre-rendered, no building happens for each request. The resources and time that would go into maintaining additional tiers in traditional architectures are invested in optimizing the remaining tiers. The trick is having a centralized content management system that can serve the appropriate information whether someone is using a desktop browser, a mobile device, a smart assistant, or anything else, that responses to requests go through fewer tiers and are faster. Compared to traditional architecture, it drastically improves performance because its tiers are reduced. A headless CMS creates an API that allows the static site generator to gather all the relevant data and build the website. For a clearer look at how exactly a headless architecture can speed up content, take a look at static site generators. Reducing the number of steps, API requests, and other moving parts simplifies the whole process and allows for lighting fast performance. Headless CMS does exactly that with the flexibility that allows for every component to function independently. ![]() The fastest route between two points is a straight line and the simplest way to speed up performance is a direct path to deployment. The design behind the architecture provides infinite flexibility for all data. All that’s needed is an API.Īny use case and any future innovation will work with headless CMS. Any device, any outlet, any technology can be ready to serve content in minutes. With this model, the same data can be used and deployed across multiple platforms rather than needing different processes for different platforms. APIs then connect everything, playing the role of a universal adapter. Headless CMS is not a new form of technology, it’s a new way of thinking about the architecture of web development.Įvery actor of this architecture, from databases to Content Delivery Networks (CDNs), is independent and separated from each other. Infinite FlexibilityĮverything comes back to the architecture. The design and the architecture of headless CMS ensure content connects to any medium, building into 4 main pillars: flexibility, performance, security, and cost. Headless WordPress and Drupal with REST APIs are good examples of the decoupled model. ![]() The data from the backend is always published somewhere, regardless of whether calls are being made to the API or not. The content itself can either be pushed for delivery via an API or an integrated frontend. What about Decoupled CMS?Ī decoupled CMS has a backend where content is prepared for presentation and a frontend that can be separated from that. They usually require the use of a specific framework or language with everything tied into a specific application. Traditional CMSĪ traditional CMS (often described as monolithic) couples the frontend (the design of a website and its content) and the backend (the interface used to create content) bundled into a single application that is web-first.ĬMS providers like Wix, WordPress, and Squarespace are good examples of the traditional model. Headless CMS is also particularly suitable for websites designed using the JAMstack model where JavaScript, APIs, and Markup work together to make web development easier and user experiences better. ![]() It doesn't manage the frontend presentation layer. A headless CMS is a content management system (CMS) that provides backend-only functionalities, making content accessible through a GraphQL or REST API and displayable on any device possible.Ī headless CMS completely separates the backend (creation and storage) from the frontend (design and deployment). ![]()
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