Our Melbourne headless CMS projects cover CMS selection, content modelling, frontend development, and migration. CMS selection (week 1): choosing the right platform. We evaluate based on: content complexity (how many content types, how many relationships between them, how complex are the content structures?), editing experience (who will edit content? How technical are they? What workflow requirements exist?), integration requirements (what other systems need to connect — eCommerce, CRM, marketing automation, analytics?), budget (SaaS vs. self-hosted, free tier vs. paid plans, and the total cost including development), and performance requirements (global audience needing CDN? Real-time content updates? High-volume content operations?). Our typical recommendations: Sanity for most Melbourne businesses (best balance of flexibility, developer experience, and editing experience), Contentful for enterprise (when SOC 2 compliance, enterprise SLA, and established vendor credibility are requirements), and Strapi for data-sensitive businesses (when content must remain on your own infrastructure — government, healthcare, legal). Content modelling (weeks 1-2): designing the content structure. Content modelling is the most important phase — it determines how content is created, managed, and consumed across all channels. We design content models that are: structured (content broken into reusable components — not monolithic page blobs. A "Team Member" content type with fields for name, role, bio, photo, social links — reusable on the team page, author attribution on blog posts, and project team listings), flexible (page builder sections enabling editors to compose pages from pre-designed content blocks — hero sections, feature grids, testimonial carousels, CTA blocks. Editors building pages without developer involvement, but constrained to the design system), and query-efficient (content relationships designed for efficient retrieval — avoiding deeply nested queries that increase API response time and complexity. GROQ projections for Sanity, GraphQL fragments for Contentful — retrieving exactly the data the frontend needs, nothing more). Frontend development (weeks 2-6): building the Next.js application. Next.js with App Router: our standard frontend framework for headless CMS projects. Static generation (SSG): pages pre-rendered at build time for maximum performance. Content changes: triggering a rebuild via webhook from the CMS — updated content live within 1-2 minutes of publishing. Incremental Static Regeneration (ISR): for sites with frequent content updates — pages regenerated in the background without full rebuilds. On-demand revalidation: CMS webhook triggering regeneration of specific pages when content changes, combining the performance of static with the freshness of dynamic. Preview mode: editors seeing their changes in the context of the actual website before publishing — Sanity's real-time preview or Contentful's preview API connected to a draft mode in the Next.js frontend. Image optimisation: next/image with the CMS's image CDN — responsive images, lazy loading, and format optimisation (WebP/AVIF) without editor intervention. Every image uploaded: automatically optimised for performance. SEO: server-rendered meta tags, structured data (JSON-LD), sitemap generation, and Open Graph tags — all populated from CMS content. The marketing team controlling SEO metadata directly in the CMS without developer involvement. Migration (weeks 4-7): moving content from the existing CMS. For Melbourne businesses migrating from WordPress, Drupal, or Sitecore: content export (extracting content from the existing CMS — blog posts, pages, media files, metadata. Custom scripts for each source CMS, handling the specific data structures and media storage patterns), content transformation (converting content from the source format to the headless CMS content model. WordPress's HTML content: parsed and converted to Sanity's Portable Text or Contentful's Rich Text — preserving formatting while enabling structured content), redirect mapping (every URL from the old site mapped to its equivalent in the new site — 301 redirects configured in Next.js middleware. SEO preservation: maintaining search rankings by ensuring Google follows the redirects to the new URLs), and content verification (automated comparison of migrated content against source content — verifying that no content was lost or corrupted during migration. Manual review of complex content — tables, embedded media, custom shortcodes — that may not migrate cleanly).