Developing software that handles Protected Health Information (PHI) requires more than checking boxes. It demands a security-first approach embedded throughout the development process.
Understanding HIPAA Requirements
HIPAA's Security Rule requires three types of safeguards:
Administrative Safeguards
- Risk analysis and management
- Workforce training and access management
- Contingency planning
- Business associate agreements
Physical Safeguards
- Facility access controls
- Workstation security
- Device and media controls
Technical Safeguards
- Access controls (unique user IDs, automatic logoff)
- Audit controls (activity logging)
- Integrity controls (data validation)
- Transmission security (encryption)
Development Best Practices
1. Encryption Everywhere
- AES-256 encryption for data at rest
- TLS 1.3 for data in transit
- Encrypted database fields for PHI
- Encrypted backups
2. Access Control
- Role-based access control (RBAC)
- Minimum necessary access principle
- Multi-factor authentication
- Session timeouts
3. Audit Logging
- Log all PHI access
- Log authentication attempts
- Log data modifications
- Tamper-evident log storage
4. Secure Architecture
- Network segmentation
- Web application firewall
- Intrusion detection
- Regular security assessments
Common HIPAA Development Mistakes
- Storing PHI in application logs
- Insufficient session management
- Lack of audit trail
- Plain-text data transmission
- Inadequate backup encryption
- Missing BAAs with vendors
Our Healthcare Development Approach
Every healthcare project we undertake includes:
- Security architecture review
- HIPAA compliance checklist verification
- Penetration testing before launch
- Documentation for compliance audits
- Ongoing security monitoring options
Building Healthcare Software?
We build HIPAA-compliant systems that protect patient data without sacrificing usability.
Discuss Your Healthcare Project