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CASE STUDY

Decentralized Patient-Controlled Medical Records

Established a patient-owned medical data model that eliminated dependency on fragmented provider systems, enabling real-time, portable access to complete medical histories across care settings.

Situation

Healthcare providers operated within siloed electronic record systems, creating friction during patient intake and limiting continuity of care. Patients lacked direct control over their own medical data, leading to redundant diagnostics, delays, and administrative inefficiencies.

Solution

Designed and deployed a hardware-backed identity and data storage system functioning as a secure, portable medical record device controlled directly by patients.

OUTCOMES

Secured records
under patient custody
72% less
cross-provider record delays
3x broader
provider interoperability reach

Challenges

Interoperability

  • Fragmented provider records
  • Limited cross-system compatibility

Ownership

  • No patient control
  • Centralized provider dependencies

Efficiency

  • Redundant diagnostics common
  • Manual intake workflows

Solutions

01

Medical Identity Device

Chip-based cold storage for medical history, insurance, and identity.

  • Implemented secure chip-based storage for portable patient medical records
  • Embedded identity credentials alongside insurance and clinical history
  • Enabled offline-first access with strong cryptographic protection
  • Delivered patient-controlled custody of sensitive health data
02

Tap-Based Provider Access

Tap-based provider access to structured point-of-care patient records.

  • Enabled tap-based retrieval of structured patient records at intake
  • Reduced reliance on fragmented provider-side systems
03

Standards-Based Interoperability

Open healthcare exchange formats for cross-system interoperability.

  • Adopted open healthcare exchange data standards
  • Ensured compatibility across heterogeneous provider platforms
  • Enabled portability across institutions without custom integrations
04

Privacy-First Data Ownership

Architected privacy-first data ownership, where records were locally controlled and selectively shared.

  • Architected locally controlled patient data storage
  • Enabled selective disclosure of sensitive records
  • Eliminated reliance on centralized record repositories