Transforming Surgeon Certification Through Secure Modernization

A U.S. medical specialty certification board relied on a heavily customized legacy system supporting nearly 48,000 residents, candidates, and diplomates. Myridius delivered a cloud-native modernization blueprint and a custom platform, OSCARR, unifying the surgeon lifecycle with role-based portals, workflow orchestration, and HIPAA-aligned security on Azure.

Key Outcomes

• Unified residency-to-retirement certification and MOC operations.
• High-availability workflows sustaining peak-load events.
• Stronger security with encryption, audit trails, and identity management.

Overview

A national orthopaedic surgeon certification authority relied on a heavily customized legacy Surgeon Management System supporting nearly 48,000 residents, candidates, and diplomates. Complex exception-driven workflows, manual credentialing, exam orchestration, and fragmented reporting constrained scalability and created operational risk during high-volume events such as exam application periods. Myridius delivered a cloud-native modernization blueprint and implementation roadmap, building a custom platform, OSCARR, with role-based portals, workflow orchestration, and HIPAA-aligned security on Azure. As a result, the board consolidated certification and maintenance-of-certification operations into a unified, role-based model, enabled high-availability workflows capable of sustaining peak-load events, and strengthened governance through encrypted data handling, audit trails, and secure identity management across thousands of users.

Client Context

The client is a U.S. medical specialty certification board responsible for certifying orthopaedic surgeons across their professional lifecycle.

A modern, resilient platform mattered here because a heavily customized legacy system supporting nearly 48,000 residents, candidates, and diplomates constrained scalability and created risk during peak certification events. What was at stake was the board's ability to run reliable, secure, high-availability certification operations while reducing manual effort and improving transparency.

The Challenge

The board relied on a heavily customized legacy Surgeon Management System supporting nearly 48,000 residents, candidates, and diplomates. Complex exception-driven workflows, manual credentialing, exam orchestration, and fragmented reporting constrained scalability and created operational risk during high-volume events, making modernization a mission-critical imperative. The desired state was a unified, cloud-native, elastic platform.

Consider an exam application period. Exception-heavy, manual workflows and fragmented reporting strained a legacy system precisely when load peaked, creating operational risk. The board needed a platform that could scale automatically and unify the full surgeon lifecycle.

Transformation Goals

The engagement focused on north stars that connected a unified surgeon lifecycle to operational resilience and self-service administration.

• Unified Surgeon Lifecycle: Unify residency, initial certification, subspecialty, and maintenance of certification within a single secure platform.

• Operational Velocity and Resilience: Digitize exception-heavy workflows, reduce manual intervention, and establish a cloud-native architecture that scales automatically during peak cycles.

• Self-Service Administration: Enable self-service administrative maintenance and operations by board staff.

The Solution

The engagement delivered a cloud-native modernization blueprint and implementation roadmap, balancing deep customization with long-term sustainability through a phased, workflow-driven approach. Myridius orchestrated the platform and portal foundation, embedded workflow orchestration into operations, and reimagined certification operations as resilient and secure. The progression moved from deploying role-based portals, to embedding workflow orchestration, to reimagining operations with cloud resilience and HIPAA-aligned security.

• Orchestrated the foundation: Built a role-based portal architecture with unified dashboards, submissions, approvals, and lifecycle visibility across the surgeon lifecycle.

• Embedded intelligence into the journey: Implemented workflow orchestration automating credentialing, document verification, alerts, exam readiness, and score processing.

• Reimagined the operating model: Designed cloud resilience and security for peak reliability, auditability, and HIPAA-aligned access controls.

Governance and Trust

Because this engagement handled sensitive certification and personal data for thousands of physicians, security and auditability were central. The platform was designed with HIPAA-aligned access controls, encrypted data handling, and robust audit trails, strengthening governance across thousands of users.

Secure identity management through Microsoft Entra ID and role-based access control ensured that each user, from residents to board staff, operated within appropriate permissions, while Azure Application Gateway with a web application firewall protected the platform. Designed for peak reliability and auditability, the architecture made high-availability certification operations both resilient and defensible.

Results

The engagement transformed a brittle, exception-heavy legacy system into a unified, resilient, secure cloud-native platform. The result was consolidation, high availability, and stronger security.

The result:

• Consolidated surgeon certification and maintenance-of-certification operations into a unified, role-based model, reducing handoffs and increasing transparency.

• Enabled high-availability certification and examination workflows capable of sustaining peak-load events with minimal disruption.

• Strengthened governance through encrypted data handling, robust audit trails, and secure identity management across thousands of users.

Technology Stack

Core Platform

Custom-built OSCARR (Orthopaedic Surgery Certification Administration Residency to Retirement)
Unifies the surgeon lifecycle in one platform

Infrastructure and Cloud

Microsoft Azure, Azure Application Gateway (with WAF), API Management Service, Container Apps, Azure SQL
Provide the resilient, scalable, secure foundation

Security and Governance

Microsoft Entra ID, RBAC
Enable secure identity and role-based access management

Engineering and Delivery

Workflow orchestration for credentialing, verification, exam readiness, and scoring
Automate exception-heavy certification processes

For a certification board, an exception-heavy legacy system is an operational risk that peaks exactly when load does. This case shows how a cloud-native, unified platform turns the surgeon lifecycle into a resilient advantage. This was not a portal facelift. It was a cloud-native, HIPAA-aligned platform unifying the entire surgeon lifecycle.