HIPAA-Compliant Medical App Development

HIPAA Compliant Medical App Development

client

NDA Protected

America's first completely integrated virtual healthcare provider, strategically addressing the underserved sexual health market. Managing operations across numerous US states, they urgently needed audit and project rescue for failing medical apps.

Their rapid expansion demanded HIPAA compliant medical app development featuring secure EHR EMR integrations, bulletproof PHI data protection, streamlined consent management, and sophisticated role based access control for providers and patients.

request background

HIPAA Compliant Medical App Development for Different Compliance Needs

Our team began a comprehensive audit and project rescue for critical medical apps needing immediate fixes. The virtual platform required a total medical app development transformation to achieve HIPAA compliance, meet GDPR and SOC 2 requirements, create proper SDLC for medical devices, and integrate essential features under strict US healthcare regulations.

challenge

Critical Issues in Multi-Vendor Medical App Development

Multiple overseas healthcare app development teams had simultaneously built different sections, creating total documentation chaos, overwhelming technical debt, and broken medical device apps structure. Code quality hit dangerous levels without specifications or blueprints, demanding immediate audit and project rescue intervention.

The system missed crucial HIPAA features like adequate PHI data protection, professional threat modelling and encryption standards, and compliant consent management processes. Missing EHR EMR integrations blocked provider connections, absent interoperability and HL7 FHIR prevented data exchange, and weak role based access control endangered user security.

Major vulnerabilities risked HIPAA, GDPR, and SOC 2 violations. Infrastructure needed modern cloud security and DevOps approaches, lacking formal SDLC for medical devices processes. Uncoordinated vendors produced conflicting threat modelling and encryption methods, endangering PHI data protection systemwide.

goals

Execute complete audit and project rescue operations, create formal SDLC for medical devices processes, deploy professional threat modelling and encryption systems, and guarantee HIPAA, GDPR, and SOC 2 adherence throughout medical device apps infrastructure.
Enhance code standards, deploy role based access control systems, build compliant consent management processes, integrate vital EHR EMR integrations using interoperability and HL7 FHIR protocols, and fortify PHI data protection across medical app development operations.
Transform infrastructure using modern cloud security and DevOps methods, enable system scaling, and build essential HIPAA features for reliable medical apps functionality.
Develop flexible custody options for institutional clients while implementing seedless/social recovery mechanisms that balance security with user-friendly onboarding and account recovery processes.
Integrate the e-wallet app with existing payment systems, supporting fiat-to-crypto conversions with a transparent fees structure, real-time transaction tracking, and automated compliance reporting.
Build flexible custody solutions for institutions as well as seedless/social recovery options that are both secure and user-friendly when it comes to onboarding, backup/rescan accounts. Connect the e-wallet app to the already established payment system, enabling fiat-to-crypto operations, a transparent commission structure, providing automatic compliance reporting, and tracking all history in real time.

solution

Comprehensive Medical App Development Remediation

.NET Core, C#, Azure, Objective-C, Java
6 months
6 specialists

Facing enormous technical debt and missing documentation, we performed extensive audit and project rescue work, investing weeks researching, organizing documentation, and building complete medical device apps blueprints meeting HIPAA, GDPR, and SOC 2 standards.

We created a formal SDLC for medical devices workflows, mapping every component's purpose. Our experts built professional threat modelling and encryption systems, secured PHI data protection pathways, designed sophisticated role based access control, and developed compliant consent management processes throughout app development operations.

Teams refactored code, deployed cloud security and DevOps improvements, and rebuilt infrastructure for growth. Essential EHR EMR integrations went live using interoperability and HL7 FHIR protocols, enabling smooth provider data exchange.

Complete audit and project rescue, including full HIPAA assessment, thorough GDPR and SOC 2 evaluation, and systematic security improvements fordevice apps.
Formal SDLC for medical devices with change control, testing protocols, and compliance checks for medical app development work.
Professional threat modelling and encryption implementation protecting PHI data protection channels, communications, and storage.
Advanced role based access control featuring detailed permissions, consent management automation, and HIPAA logging throughout medical device apps.
Reliable EHR EMR integrations through interoperability and HL7 FHIR protocols, connecting provider networks seamlessly.
Modern cloud security and DevOps including security automation, compliance tracking, and containerized app development systems.

outcome

Project Rescue Completed: Measurable Healthcare App Development Success

Budget dropped 40% using efficient cloud security and DevOps methods, removing duplicate medical device apps systems, and improving medical app development processes through formal SDLC for medical devices implementation.
Feature delivery accelerated 56% via HIPAA processes, better documentation, architected EHR EMR integrations, and streamlined role based access control systems.
Customer retention jumped 38% from secure features, strong PHI data protection, smooth interoperability and HL7 FHIR connections, reliable consent management, certified GDPR and SOC 2 status, and successful audit and project rescue creating dependable medical device apps.

40% reduced IT budget
56% delivery time reduced
38% increase in customer loyalty