Developed a secure, search-based medical web app enabling users to locate surgical specialists by country, region, and ZIP code. Features custom PHP API endpoints, React frontend, and geolocation with Google Maps integration.




Multi-server API communication
Dynamic search by country, ZIP, and specialty
Optimized for real-time results
Data isolation via master and client server model
Google Geolocation and Maps API
The Find a Surgeon in Your Area App enables patients to quickly locate surgical specialists within their region or ZIP code.
The platform supports multi-country searches, dynamic filtering by specialty, and real-time mapping through Google’s Geolocation and Maps APIs.
Built for a medical organization operating across two WordPress environments, the app connects securely via custom API endpoints to fetch verified member data without exposing the membership database directly.
The project utilized a split-server architecture consisting of:
Custom PHP-based APIs were deployed on both servers to exchange authenticated data via secure requests.
Each API handled validation, SQL queries, and data formatting before delivering structured JSON payloads back to the frontend.
Users begin by selecting:
The React frontend sends a query to the client API, which communicates securely with the membership server to retrieve results.
Returned data is rendered in a search results list, displaying key profile information and contact details.
Selecting a doctor opens a popup view showing:
The system dynamically calls the Google Geolocation API to convert text-based addresses into latitude and longitude values, ensuring accurate mapping in real time.
This approach allowed the membership platform to maintain independence and data security while supporting live integration with the public search app.
“This system made it effortless for patients to locate verified specialists near them — fast, accurate, and fully automated.”
This project marked a pivotal step in Anton’s transition from WordPress-based ecosystems to API-first, decoupled architectures.
The design principles—secure API communication, real-time data translation, and modular React components—would later evolve into the Node.js microservice frameworks powering Villiers Vision Works' modern healthcare and enterprise platforms.
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