At Alchemy, we translated an atomic design system into composable Next.js components, while DatoCMS managed content separately from presentation. That division gives you a useful starting point for a headless content management system (CMS): define what editors control and how the frontend presents it. Across our DatoCMS projects, localization, media, and business operations introduce further boundaries worth making explicit.
Content models and reusable components
Alchemy's design team used atomic design, assembling small visual elements into larger, reusable components. We implemented those designs as composable Next.js components and integrated DatoCMS for content management. This kept the content layer separate from the code responsible for presentation. Alchemy case study.
For your own project, use that distinction to examine the editing experience. Identify which content editors need to change, which compositions they need to create, and which visual rules the components should preserve. Those questions connect content modeling to the design system without assuming every visual element needs its own CMS record.
Cottrell Trailers demonstrates the editorial consequence. We implemented a structured, adaptable DatoCMS model that lets editors create and update pages while keeping them consistent with the brand. The documented outcome is page management without requiring a developer for those updates. Cottrell Trailers case study.
That gives you a concrete review criterion: ask an editor to assemble a representative page. Check whether the available content structures support the task and whether the resulting page preserves the intended design.
Localization, rendering, and deployment
Lightcast needed different content and page structures for its localized audiences. We built a CMS driven site to support those differences and used Next.js middleware to redirect visitors to localized pages. Localization therefore affected both editorial composition and request handling. Lightcast case study.
When planning a similar site, establish whether regional variation affects text, page composition, or both. Then specify how visitors reach the appropriate version. A content model and a routing strategy address different parts of that requirement.
Rendering is another explicit decision. For Cottrell, we combined static generation, which produces pages ahead of requests, with server-side rendering, which generates them when requested. We used Vercel Preview Deployments for stakeholder review and automated builds on code pushes. Cottrell's rendering and deployment approach.
For a similar implementation, record the rendering choice for each route so reviewers can assess how its content reaches visitors.
The frontend choice also varies across projects. At Three Notch Group, we paired Astro with DatoCMS and built a modular site intended to accommodate an expanding range of services. These implementations show why a DatoCMS project plan should describe frontend behavior separately from content management. Three Notch Group case study.
Media management and browser performance
Barranco needed a consistent way to organize and maintain visual assets. We stored its media in Raster and integrated it with DatoCMS, giving the team a workflow for organizing, editing, and tracking asset versions. Here, content management included a connection to a dedicated media system. Barranco case study.
For a comparable project, document where assets live, where editors make changes, and how they select media for content. This makes the asset workflow part of the architecture review.
Browser performance needs separate attention. Lightcast required dozens of analytics scripts that generated over 2000 requests at page load, affecting performance and Google Lighthouse scores. We used Partytown to reduce the scripts' performance impact while retaining the business requirement for analytics. Lightcast's performance work.
The useful diagnostic here is the work performed at page load. Review the delivered page's scripts and media alongside its content, and record the business requirement each costly integration serves.
Editorial content and interactive behavior
DomeTag combines a DatoCMS powered help center with a visual product configurator. The help center covers label options, ordering, and file preparation. The configurator lets visitors explore shapes, print surfaces, and additional features. Its website uses SvelteKit alongside DatoCMS. DomeTag case study.
These features illustrate different responsibilities within the same experience: maintained guidance and interactive product selection. For a similar build, decide which configurator inputs require editorial control and which belong to application behavior. That decision belongs in the project specification.
Use that distinction when scoping your own features. Specify the information editors maintain, the behavior the application implements, and any connection between them that needs to be designed.
Website content and operational data
GossRV makes the boundary with business systems particularly clear. Its team already managed customers, drivers, and trips in HubSpot, so the application needed to fit those existing processes.
We built the application around Next.js, HubSpot, and Firebase. HubSpot supplies the main business data; Firebase provides authentication, database, and storage modules. Next.js supplies the interface. DatoCMS remains the website's main data source and supplies content for some application use cases. Automation uses HubSpot workflows and its application programming interface (API), together with Next.js API routes. GossRV case study.
For a project that extends beyond publishing, map these responsibilities before adding operational information to the CMS. Identify the existing source for each kind of data and the workflow that maintains it. A trip update and a marketing page edit may appear in connected interfaces, but their ownership and update processes need separate definitions. That gives implementation and review a concrete basis: each change has a system responsible for it.
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