As a development studio,
we design WordPress sites
that behave like products
— structured, stable, and built
to last. Every layout, plugin,
and page is picked for a reason. No theme detours. No drag-and-drop debt.
Design looks off on certain pages.
Custom layout system built.
Styles cleaned, reused.
Admin panel
is a mess.
Roles defined.
Workflow simplified.
Page speed drops
with every plugin.
Stack reviewed.
Redundant calls removed.
Template updates break everything.
Codebase audited. Dependencies isolated.
Most WordPress sites start with pages and posts. Then the real content arrives: research groups, publications, courses, and case records with dates, authors and attachments. These are records, and records behave badly when they are stored as pages.
A page is a document. A record is a row. The difference shows the first time somebody asks for a list filtered by year, or a feed of everything by one author. With pages you maintain that list by hand. With a registered post type the list is generated, and it stays correct when the twentieth record is added by someone who has never seen the structure of the site.
So the first design question is which repeating things exist. Each one gets a type. Each type gets fields that match how people describe the record, not how the layout happens to look this year.
Then the taxonomy question. A taxonomy is for grouping and browsing. A field holds a value that belongs to one record. Topic is a taxonomy. Publication date is a field. Getting this backwards is the most common modelling error we correct. It is expensive later, because turning a field into a taxonomy after two years means rewriting URLs and archives.
Fields need types of their own. A date stored as free text cannot be sorted. A link stored as free text cannot be checked. Every loose string is a future cleanup job.
What this buys is exportability. A registered type with structured fields can be dumped, versioned, moved to another platform or handed to a data team. Content trapped in page layouts cannot. That matters more around a university or a lab than almost anywhere else, because the material outlives the site that displays it.
We document the model before writing templates, covering types, fields, which values are required, and what happens to a record when it is retired instead of deleted. It is a short document, and it also decides how much a rebuild costs in five years.
What drives the scope is the architecture — how much custom code the project actually needs, not how many plugins we bolt on.
Didn’t find what you were looking for? Drop us a line at info@toimi.pro.
WordPress powers over 40% of the web for good reason — its mature ecosystem, extensive plugin library, and flexible theme system suit the diverse needs of Cambridge organizations. Biotech companies, academic institutions, research groups, and tech startups all benefit from WordPress's balance of ease-of-use for content teams and extensibility for developers. The platform's large talent pool and active development community also ensure long-term support.
Cambridge WordPress projects span custom theme development for research institutions, WooCommerce stores for biotech product companies, membership platforms for professional associations, content-heavy sites for academic departments, and marketing sites for Cambridge tech startups. Each project involves custom block development, performance optimization for Cambridge audiences, and integration with relevant third-party systems.
Timeline varies by scope — a custom marketing site runs 6-10 weeks, a content-heavy institutional site 8-14 weeks, and a complex WooCommerce or membership platform 12-20 weeks. Cambridge projects often involve stakeholder review cycles, particularly for academic and institutional clients, which affects timeline. We provide detailed project schedules at the start of each engagement.
Yes — WordPress migrations and redesigns require careful SEO handling. We audit existing URL structures, implement proper redirects for any URL changes, preserve and optimize meta data, maintain internal linking structure, and monitor search performance post-launch. Cambridge organizations with established organic traffic benefit from our migration-focused SEO process that minimizes any search visibility disruption.
WordPress performance optimization involves multiple layers — proper hosting infrastructure, caching configuration (object caching, page caching, browser caching), image optimization and lazy loading, database query optimization, minimizing render-blocking resources, and CDN implementation. For Cambridge organizations serving academic or professional audiences, site speed affects both user experience and search rankings. We audit existing sites and implement performance improvements that measurably reduce load times.
WordPress security requires ongoing attention. We implement proper user role management, strong authentication (including two-factor), regular core and plugin updates, security scanning, web application firewall configuration, secure file permissions, and backup systems. For Cambridge organizations handling sensitive data — research data, member information, or customer data — we implement additional security measures appropriate to the data sensitivity and relevant compliance requirements.
Yes — WordPress integrates well with enterprise systems through REST API, webhooks, and dedicated plugins. Common Cambridge integrations include CRM systems (Salesforce, HubSpot), email marketing platforms, payment processors, ERP systems, academic platforms (learning management systems, institutional directories), biotech research tools, and analytics platforms. Custom integration development handles cases where off-the-shelf plugins don't meet specific requirements.
WordPress requires continuous maintenance to remain secure and performant. Our support includes WordPress core updates, theme and plugin updates with compatibility testing, security monitoring and patching, performance monitoring, content updates as requested, and ongoing development for new features. Cambridge organizations benefit from a proactive maintenance approach that prevents issues rather than reacting to them.
