Making Patient-Provider Virtual Sessions More Productive & Successful

Elevating Telemed2u’s telehealth platform with robust quality assurance, maintenance support, and automated scripting.

Client/Industry

A telehealth platform making specialists accessible to patients, providers & organizations.

Process Improvement

  • Successful Virtual Calls
  • Time Zone Alignment
  • Fixed Audibility Issues

Services

QA, Maintenance support & automated scripting

Tech

DifChecker, BugMagnet, ColorZilla, Apache JMeter for load testing, & Postman for backend testing

Project Overview:
TeleMed2u QA and Maintenance Support

TeleMed2u is an emerging telehealth platform that facilitates online consultations between patients and healthcare providers. TeleMed2u aims to make specialists accessible to patients, providers, and organizations with a diverse set of features such as appointment scheduling, virtual consultations, and real-time email & SMS notifications.

To reach a top level of an uninterrupted and high-quality user experience, TeleMed2u reached out to Folio3 Digital Health to implement thorough checks on the platform’s quality process, ongoing maintenance support, and automated scripting solutions.

Challenges

Regardless of the platform’s robust capabilities, TeleMed2u faced many challenges that required prompt attention:

Our Solution: QA Testing Scenarios

To resolve such challenges, Folio3 Digital Health experts, with experience in maintaining HIPAA compliance and QA automation strategies, overcame them using the following approaches:

Resolving Audibility Issues on Virtual Calls

iPhone 13+ users on Safari experienced audio problems during Vonage video calls. Sentry logs identified Vonage as the culprit. Migrating to OpenTalk, known for better device/browser compatibility, is the proposed solution.

Tackle Inaccurate Clinical Notes Population

A few problems were faced while inputting clinical notes during live patient diagnosis. These inaccurate clinical notes included the ICD-10 code and suggested treatments, leaving patient records incomplete.

Overcoming Multiple Bookings in Appointment Scheduling

Overlapping appointments caused scheduling chaos. Automated stress tests revealed a race condition during back-to-back bookings. A database-level locking mechanism was implemented to prevent double bookings.

Catering Time Zone Differences

Implemented automated scripts to test both time zones, later on, appointments were stored in UTC and converted to the user’s local time. The notification reminders also indicated clear time-zone indicators to refrain from confusion.

Impact

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