A HIPAA-Compliant Telehealth Platform Built for Multi-Party Video Visits

Existing telemedicine tools only supported one-to-one calls, so physicians had no way to bring in an interpreter or a specialist when a patient needed one. We built a browser-based platform and companion provider app that support multi-party video from day one, with session state that survives a browser reload.

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Customer Focus

A patient-centric digital health company connecting patients to specialized care across multiple regions, plus the independent providers who serve them.

Scope

Web-based HIPAA-compliant telehealth platform built from the ground up, plus a companion native mobile app for providers.

Stack

Java (Spring Boot), AngularJS, MySQL, AWS, OpenTok (Vonage).

Status

Delivered

Outcomes

A Multi-Party Platform, Not a Retrofitted One-to-One Tool

The platform shipped with multi-party video built in from day one, so physicians can bring an interpreter or a specialist into a visit rather than working around a one-to-one call. Persistent video sessions survive a browser reload without dropping the call or losing queue position, a problem most telehealth builds get wrong. Independent physicians gained a way to reach patients beyond local referrals, and the build shipped on the client's timeline after scope was validated through a Design Sprint.

The Problem

Four Constraints the Existing Tools Couldn't Solve

The client needed a platform that could serve three different user types at once and hold a video session together through the kind of interruption that ends most telehealth calls.

01
No support for multi-party consultations

Existing telemedicine platforms only supported one-to-one calls, so physicians had no way to bring an interpreter or a specialist into a visit when a patient needed one.

02
No path beyond local referrals

Independent private practice physicians had no way to expand their patient base beyond the referrals they were already getting locally.

03
Three user types, one product

The platform had to serve healthcare organizations, independent providers, and patients at once, each with different needs built into the same product.

04
Session management under real-world conditions

The core technical problem was keeping a persistent video session alive across a browser reload without dropping the call or losing the patient's place in the queue.

The Tech Stack

Built on Java and Spring Boot with AngularJS on the front end, hosted on AWS, with OpenTok (Vonage) powering the multi-party video infrastructure.

  • Java (Spring Boot)
  • AngularJS
  • MySQL
  • AWS
  • OpenTok (Vonage)
  • HIPAA-Compliant Architecture
What We Built

A Browser-Based Platform for Patients, a Native App for Providers

Multi-Party Video Visits

The platform lets physicians add an interpreter or a family member to a visit mid-call, rather than being locked into a one-to-one consultation. Session state is built to hold together through the kind of interruption that usually ends a telehealth call.

  • Add interpreters or family members mid-visit, not limited to a one-to-one consultation
  • Persistent video sessions that survive a browser reload without dropping the call
  • Patient queue position preserved across reconnects
  • OpenTok (Vonage) video infrastructure built to handle multi-party sessions

Need multi-party video visits that go beyond a standard one-to-one telehealth call?

Talk to us about what session management and HIPAA-compliant architecture looks like for your platform.

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Let’s #Transform Healthcare,# Together.

Partner with us to design, build, and scale digital solutions that drive better outcomes.

Location

Global Tech Teams LLC, 525 Washington Blvd, Industrious at Newport Tower, Jersey City, NJ 07310, United States.

Contact

+1 408 786 5974
contact@mindbowser.com
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