A curated research library for healthcare executives, technical leaders, and compliance teams evaluating blockchain for secure electronic health records, privacy-preserving collaboration, interoperability, claims integrity, and regulated multi-organization workflows.
Research Areas
Featured Papers
These papers were selected because they connect directly to real enterprise healthcare challenges: privacy, trust, access control, auditability, interoperability, and fraud-resistant operations.
Healthcare Blockchain
01A comprehensive survey of blockchain adoption across healthcare, covering electronic health records, pharmaceutical supply chains, billing, telemedicine, and medical research. This paper establishes the broader business case for trusted healthcare data networks.
Hyperledger Fabric
02A Fabric-focused systematic review showing why permissioned blockchain architecture is highly relevant for protecting electronic health records, strengthening traceability, enforcing privacy, and preserving data integrity.
Privacy Architecture
03Introduces PREHEALTH, a practical Fabric-based healthcare architecture designed for anonymity, unlinkability, secure identity management, and privacy-preserving collaboration between trusted organizations.
Real-World EHR Implementation
04A practical implementation paper showing how Hyperledger Fabric can be applied to electronic health record management, trusted data exchange, and operational transparency in healthcare environments.
Smart Healthcare Framework
05A secure healthcare framework combining encrypted medical record storage, permissioned blockchain access, and patient-centered privacy controls for sensitive information exchange.
Claims Integrity
06A claims integrity paper demonstrating how Hyperledger Fabric can support transparent, tamper-resistant workflows for healthcare payers, administrators, and fraud prevention teams.
Why It Matters
Protect sensitive healthcare information while still enabling controlled data sharing.
Connect providers, payers, pharmacies, laboratories, and regulators through trusted workflows.
Support audit-ready governance, policy enforcement, and regulated access to sensitive records.
Create tamper-resistant transaction histories for records, claims, consent, and supply chain events.
Ensure every participant is known, authorized, and accountable across the network.
Reduce claims abuse and administrative manipulation through transparent evidence trails.
Enterprise Pattern
Healthcare is not a public-blockchain-first environment. Hospitals, payers, pharmacies, manufacturers, laboratories, and regulators need a trusted network where participants are identified, permissions are enforced, and sensitive data can be shared without losing control.
Patients
Hospitals
Clinics
Hyperledger Fabric Network
Pharmacies
Insurers
Regulators
Research Timeline
Broad research establishes EHR, billing, supply chain, and telemedicine use cases.
Fabric-based frameworks begin addressing anonymity, unlinkability, and secure collaboration.
Privacy-first healthcare frameworks combine encrypted storage with permissioned blockchain access.
Research shifts from concepts to practical EHR deployments and fraud-resistant claims workflows.
At DApp Architects, research is not decoration. These architectural patterns inform how we design healthcare blockchain systems for secure records, pharmaceutical traceability, compliance automation, identity, and fraud-resistant enterprise workflows.