Legacy delivery
Older sites relied on Server Side Includes and separate repositories.
Cross-platform modernization case study
From separate legacy sites to a governed, progressively modernized web portfolio.
PathToProject brought legacy and modern healthcare web properties into one governed delivery model, allowing sites to be stabilized and modernized in phases instead of forcing a high-risk all-at-once replacement.
Why this experience is relevant
Organogenesis is not presented as a WordPress implementation case. It demonstrates transferable modernization disciplines: staged migration, infrastructure alignment, release governance, shared components, customer-data integrations and ongoing portfolio maintenance.
The challenge
Repeated work
Shared changes required repeated implementation and manual coordination across properties.
Mixed release models
Build, release, performance and cloud-delivery behavior varied across the portfolio.
Fragmented measurement
Analytics, attribution and lead measurement needed a more consistent cross-site foundation.
The staged modernization path
- Stabilize. Move the legacy Server Side Includes estate into repeatable Gulp builds compatible with the required cloud-delivery environment.
- Govern. Consolidate applications, tooling and shared libraries into an Nx monorepo.
- Modernize progressively. Introduce Next.js property by property while bounded legacy and modern applications continue side by side.
- Standardize delivery. Add repeatable builds, validation, visual regression, environment-specific releases and redirect controls.
- Unify measurement. Standardize Google Analytics 4, Google Tag Manager, forms, lead delivery and cross-site reporting foundations.
Capabilities demonstrated
Bounded releases
Per-site and portfolio-wide release routes support controlled change without forcing every property into the same release.
Shared capabilities
Interface, form and tracking libraries reduce repeated implementation while allowing site-specific behavior.
Validation
Visual regression configurations cover both legacy and modern applications.
Lead integrations
Forms connect with HubSpot, Google reCAPTCHA and custom lead-data services.
Migration continuity
Redirect controls preserve legacy paths and documents during property-by-property transitions.
Ongoing governance
Content, regulatory documents, accessibility, performance, tracking and infrastructure continued after consolidation.
Published results
These are published project-specific claims and should not be treated as guaranteed results for a WordPress engagement.
Marketing delivery
The published case describes reusable components and governed architecture that streamlined campaign delivery across the portfolio.
Performance
The public case reports Lighthouse scores reaching approximately 90+ from earlier 50–60+ ranges.
Phased operating model
Legacy and modern applications could be governed together while modernization continued property by property.
Customer-data limitations
This case supports a Customer Data Platform tracking, analytics and reporting integration foundation. It does not by itself prove unified customer profiles, identity resolution, audience activation, attribution accuracy or a complete end-to-end Customer Data Platform implementation. It also does not turn this cross-platform project into WordPress-specific proof.
Frequently asked questions
Is Organogenesis presented as a WordPress case?
No. This cross-platform project demonstrates phased modernization, infrastructure, release governance, analytics integration and ongoing portfolio care; it is not presented as a WordPress implementation.
Does this case prove a complete Customer Data Platform?
No. It supports a customer-data integration, tracking and reporting foundation. It does not by itself prove unified customer profiles, identity resolution, audience activation or an end-to-end Customer Data Platform.
Why is the phased approach relevant to WordPress estates?
Mixed-generation WordPress portfolios face the same operating choice: stabilize what must keep running, introduce shared controls, modernize property by property and validate every cutover instead of forcing one high-risk replacement.