MIC · Consulting · Headless CMS · Multilingual SEO
MIC needed more than a visual redesign. The consulting firm needed a website infrastructure that could serve English and French content consistently, give its team a usable editorial workflow, and remove the performance and SEO constraints of its previous WordPress front end. OJC Labs rebuilt the system with headless WordPress and Next.js, then validated the delivery, routing and search controls before handover.
The project demonstrates the kind of web and CMS system OJC Labs builds when a company has outgrown a conventional theme but still needs WordPress to remain familiar for its content team.
The business constraint
MIC's existing website combined presentation, content management and delivery inside one traditional WordPress installation. That made routine changes dependent on the same tightly coupled system that controlled page rendering, performance and search output.
For a consulting firm, the website has to do several jobs at once: explain complex areas of intervention, establish credibility, make expertise discoverable and keep both language versions aligned. The constraint was therefore operational as well as technical. MIC needed a publishing system its team could continue using without preserving the limitations of the old front end.
OJC Labs separated the editorial layer from the public website. WordPress remained the content workspace; Next.js became the delivery layer. Our guide to when a company should move to headless architecture explains why this separation is valuable only when it removes a real operational constraint.
The validated architecture
The architecture gives each layer one clear responsibility. Editors manage structured content in WordPress. The front end retrieves that content through the WordPress REST API, renders the correct locale, and produces the technical signals search engines need. Deployment automation moves approved code into production without turning ordinary content work into a development task.
| System layer | Validated implementation | Business function |
|---|---|---|
| Content management | Headless WordPress and REST API | Keeps a familiar editorial interface while decoupling public delivery |
| Front end | Next.js 14 App Router | Produces reusable, server-rendered pages and route-level metadata |
| Language routing | Custom locale middleware | Directs English and French requests without conflicting URLs |
| Search infrastructure | Canonicals, hreflang, sitemaps and structured data | Helps search engines identify the correct page and language version |
| Media delivery | Next.js Image and managed hosting | Delivers responsive image formats and predictable asset handling |
| Release process | GitHub Actions and Vercel | Turns deployment into a repeatable release operation |
The implementation combines a headless CMS architecture designed for SEO with a front end that can evolve without forcing MIC to replace its content workspace.
Implementation
The delivery sequence protected content continuity while the new front end was designed, connected and tested. Each phase produced a usable layer rather than postponing integration until the end.
Weeks 1–2
The MIC headless multilingual website started with an inventory of page types, WordPress content, URL patterns, language relationships and migration risks. This established what needed to remain stable and what could be restructured.
Weeks 3–4
The MIC headless multilingual website used explicit data contracts between WordPress and Next.js so page templates did not depend on inconsistent editor output. Reusable components were mapped to MIC's services, areas of intervention, insights and institutional content.
Weeks 5–6
The MIC headless multilingual website retrieved structured content through the WordPress REST API and rendered it through the App Router. Caching and request handling were designed around publishing needs instead of added as emergency performance patches.
Weeks 7–8
The MIC headless multilingual website introduced stable English and French routes, reciprocal language annotations, page-specific metadata, canonical URLs, XML sitemaps and structured data. OJC Labs treats these controls as part of the SEO and indexing system, not as a plugin checklist applied after launch.
Weeks 9–10
The MIC headless multilingual website was checked across page templates, routes, devices, metadata and editorial flows before release. Deployment automation and handover documentation completed the operating system around the site.
Technical problems solved
The visible interface was only one part of the work. The Lab value was in testing how the architecture behaved when API responses slowed down, language paths collided or metadata had to remain correct across many page types.
The MIC headless multilingual website needed content requests to remain predictable even when WordPress response times varied. OJC Labs introduced controlled fetching, caching and image delivery so the public page was not coupled to every back-end delay.
The MIC headless multilingual website needed each English and French page to resolve through one stable route. Locale middleware and explicit route conventions prevented language detection from producing ambiguous or duplicated paths.
The MIC headless multilingual website needed every indexable page to identify itself and its genuine language equivalent. Metadata generation was tied to route data so canonical and hreflang tags could be produced consistently rather than entered manually page by page.
Teams facing the same risk can review how OJC Labs structures websites for SEO at scale.
Validated results
The defensible result is the operating system: MIC retained WordPress for editorial work, gained a decoupled Next.js front end, established English and French route handling, and received reusable search and deployment controls. These outcomes can be stated from the implementation record without inventing commercial attribution.
The project shows how website performance affects SEO and user experience, but does not turn that relationship into an unsupported ranking claim.
Service relevance
This case study is proof of an implementation capability, not an invitation to replace WordPress for fashion. A headless build is justified when a company needs stronger delivery performance, reusable structured content, several languages, integration flexibility or search controls that a tightly coupled theme can no longer provide cleanly.
OJC Labs can audit, design and implement:
For teams that publish expertise repeatedly, the website can also connect to a wider content operating system rather than remain an isolated brochure.
The service is relevant when:
It is not automatically the right choice for a small static website with infrequent changes. OJC Labs starts with the operating constraint, not with a preferred framework.
Frequently asked questions
A headless architecture changes how content is delivered, so procurement, marketing and leadership teams need clarity on ownership, risk, migration and ongoing operation before approving it.
A headless WordPress website uses WordPress to manage content while a separate front end, such as Next.js, presents that content to visitors. The separation allows the delivery experience to evolve without removing the editorial interface the team already knows.
No. Headless architecture creates control over rendering, metadata, structured data and performance, but those capabilities still have to be implemented correctly. Search outcomes also depend on content quality, competition, authority and measurement period.
Yes. The purpose of this model is often to preserve WordPress as the editorial workspace while replacing the public theme. The exact preview, publishing and approval workflow should be designed during discovery.
Each language receives a stable route and a defined relationship to its equivalent page. Canonical and hreflang tags tell search engines which URL is authoritative and which genuine language alternatives exist.
No. OJC Labs selects the delivery architecture around the content model, integrations, performance needs and internal capability. Next.js was appropriate for MIC; it is not a mandatory answer for every website.
The timeline depends on content volume, page types, languages, integrations and migration risk. The documented MIC implementation ran for ten weeks, but a client estimate should follow a route and content audit.
Yes. An engagement can include monitoring, release management, CMS support, performance review and continued development, with responsibilities defined before handover.
