The existing site of EastSide For All had a few common issues:
Nothing was fundamentally broken but everything was limiting.
Instead of patching individual issues, we rebuilt the system from the ground up.
We developed a fully custom WordPress theme designed around flexibility and performance. From there, every decision supported one goal: make the site easier to use and cheaper to maintain over time.
1. A Component-Based System We created a modular component library so the client can build new pages using pre-designed elements without needing design or dev support every time.
2. Accessibility Improvements We updated colors, contrast, and UI components to better align with ADA standards, making the site more usable for a wider audience.
3. Custom Plugin Development Instead of relying on a costly calendar plugin, we built a tailored solution that fits exactly what the client needs – no extra bloat, no recurring fees.
4. Multilingual Support We implemented a WordPress-based multilingual setup, allowing content to be translated into Spanish and expanding accessibility for a broader audience.
5. Navigation Overhaul We redesigned the navigation to improve usability and ensure it meets accessibility best practices.
6. Hosting Migration We moved the site from BlueHost to WP Engine, improving performance, reliability, and scalability.
The biggest shift wasn’t just technical – it was operational. The client now has:
Most website rebuilds focus on how things look. EastSide for All focused on how things work long term. The goal wasn’t just a visual refresh. It was to create a site the client could actually manage, scale, and rely on without constant developer support.
Rebuilds shouldn’t just fix what’s visible. They should remove the friction behind the scenes.
If your website still depends on workarounds, expensive plugins, or constant developer input, it’s probably not a design problem – it’s a system problem.
FYC Labs helps teams rebuild their websites the right way so they’re easier to manage, more cost-efficient, and built to scale.