Skip to content
Stacknxt Inc
PHP 8.6 WordPress CSS JavaScript SOC2 Type II HIPAA

Enterprise Healthcare Intake & Telehealth Provisioning Pipeline

A HIPAA Compliant Multilingual website architecture, CRM integration, CareGLP case management connection, Stripe payment processing, and bilingual English/Spanish form setup.

2026
Vidamed
Designer & Developer
Enterprise Healthcare Intake & Telehealth Provisioning Pipeline

Project Overview

VidaMed required a highly scalable, bilingual digital intake engine to seamlessly bridge patient acquisition with clinical operations and automated billing.

The solution involved developing a custom WordPress infrastructure integrated with GoHighLevel CRM, CareGLP Case Management, and Stripe, all operating under strict HIPPA compliance, dual-language capabilities (English/Spanish), and automated database maintenance.

Project Overview & Core Challenges

[Patient Intake Form] ──> [Stripe API] (Secure Payment)

       ├──> [GoHighLevel Webhook] (CRM & Marketing Automation)

       └──> [CareGLP API Engine] (Clinical Case Creation)

The objective was to transform a traditional WordPress environment into a robust healthcare middleware platform. The primary challenges included:

Dynamic Clinical Workflows: Handling a multi-step GLP intake questionnaire that adapts programmatically based on patient responses.

Complex Third-Party Orchestration: Ensuring atomic transactions across distinct systems—processing payments, logging CRM contacts, and creating clinical cases without data loss.

Bilingual Delivery: Delivering an identical, localized user experience for English and Spanish speakers natively without splitting the database.

Our Tech Stack

  • Logs Management Dashboard — JavaScript, Redis
  • WordPress Environment — OpenLiteSpeed WordPress Multilingual
  • Database — Standard MySQL / MariaDB
  • Object Cache — Cloudflare, Memcached and LiteSpeed
  • Authentication and Access Control — JWT, Role-Based Access Control
  • Operating System — Linux 24.4
  • Hosting and Deployment — Cloudflare, DigitalOcean and Firebase
  • SEO — Breadcrumbs, structured data, Open Graph, canonical, sitemap, robots

Technical Architecture & System Design

1. The Core Infrastructure

Instead of relying on heavy third-party form builders that bloat the DOM and restrict API manipulation, the platform utilizes a lightweight, custom full-site editing (FSE) WordPress theme combined with a proprietary custom plugin.

  • Asynchronous Processing: Multi-step forms leverage custom WordPress AJAX handlers to validate and pass data securely without full-page reloads.

  • Database Management: Form submissions are serialized and written directly to custom database tables for localized fallback and auditable compliance logs.

2. Multi-Vendor API Integration Engine

The custom plugin functions as an API orchestrator, executing sequential calls upon a successful form validation:

DestinationProtocolBusiness Purpose
CareGLPREST API (/case-create-endpoint/)Generates a compliant medical case, map metrics (like the weight question arrays), and triggers clinical review.
GoHighLevelCustom Outbound WebhooksUpdates marketing funnels, drops patients into CRM pipelines, and triggers automation.
Stripe GatewayStripe Elements / Custom APIProcesses charges natively, handles dynamic client-side coupon code validations, and manages tokens.
Google reCAPTCHAServer-side VerificationProtects public endpoints from automated script/bot submissions.

3. Translation & Multilingual Architecture (WPML)

To serve a diverse demographic, the platform implements a unified multilingual URL architecture managed via WPML:

  • Routing: Handled via subdirectory structures (/en/, /es/) or explicit language parameters (?lang=en, ?lang=es).

  • Dynamic Strings: The custom questionnaire engine intercepts the active language locale to pull translated strings for form labels, error handling messages, and currency formatting.

Performance, Maintenance & Security

Automated Lifecycle Log Management

High-volume healthcare platforms generate massive log files, which can degrade database performance over time if left unchecked.

  • Solution: Built a custom log management system that purges data after 30 days.

  • Execution: Hooked directly into the WP-Cron scheduling engine to execute automated daily maintenance scripts, ensuring the ‘wp_options’ or custom log tables stay optimized and lean.

// Conceptual view of the automated maintenance cycle
if ( ! wp_next_scheduled( 'vidamed_clean_expired_logs_cron' ) ) {
    wp_schedule_event( time(), 'daily', 'vidamed_clean_expired_logs_cron' );
}

Data Security & Validation

  • File Uploads: Handled using isolated server-side checks, restricting mime-types and file sizes before data is pushed downstream.

  • Sanitization: Strict sanitization routines ensure that input vectors are scrubbed before interacting with local tables or external APIs, mitigating SQL injection and XSS risks.

Results & Project Deliverables

  • Unified Intake Flow: Replaced fragmented third-party software with a single multi-step onboarding system.

  • Synchronized Operations: Eliminated manual data entry by automating data syncing across billing (Stripe), sales (GoHighLevel), and medical providers (CareGLP).

  • Zero-Downtime Maintenance: The automated 30-day data cleanup cycle maintains optimal application speeds without requiring manual database administration.

  • Bilingual Readiness: Created an inclusive, fully compliant HIPAA-aligned patient onboarding pipeline optimized for both English and Spanish-speaking demographics.

Technical References

Are manual processes slowing down your operations? Let Stacknxt Inc map out your platform’s architecture.