Oracle ERP for Medical & Healthcare.

How does ETHX Softcon implement Oracle ERP for hospitals and healthcare organisations?

ETHX Softcon implements Oracle Fusion Cloud and E-Business Suite for hospitals, clinics and medical device organisations, adding clinical-aware extensions while the existing EHR remains the clinical system. Integration with EHRs and Oracle Health uses HL7 and FHIR connectors. Clinical supply chain coverage includes lot and expiry control, chain-of-custody, recall and par-level replenishment. Credentialing and continuing professional development are handled on Oracle HCM Cloud with licence and certification tracking and expiry alerts.

Medical billing covers insurance, co-pay and claims with AR integration into Oracle Financials, and hospital operations include facility, staffing, roster and asset maintenance workflows. Data handling is HIPAA-aware, with PII redaction, access control and audit trail, and the team works alongside the client's compliance team on FDA, HIPAA and MDR regulatory reporting. Delivery follows five steps: assess the clinical, supply, HR and regulatory landscape; design data flows, connectors and security; build the Oracle configuration and clinical connectors; validate through compliance testing and security review; and run with hypercare and managed support.

What should hospitals, clinics and medical device companies plan for in an Oracle ERP programme?

Healthcare providers and medical device companies should plan the ERP around three things that general-purpose designs often miss: protection of patient information, interoperability with clinical systems, and identification of devices from manufacture to patient use. Each affects security design, integration architecture and the item master.

For US covered entities and their business associates, the HIPAA Security Rule requires administrative, physical and technical safeguards for electronic protected health information (ePHI). Its technical safeguards include access controls that limit access to authorised persons or software, audit controls that record and examine activity in systems containing ePHI, and integrity controls against improper alteration or destruction. An ERP is not a clinical record, but patient data can reach it through billing, implant charging, supply usage and workforce records. The design should minimise the ePHI held in ERP, define role-based access for what remains, and confirm that audit logging and vendor agreements cover it.

Interoperability is the second consideration. Clinical systems exchange data using HL7 standards, and HL7 FHIR defines resources and a REST API for healthcare data exchange. Supply and charge capture, such as a device used in a procedure, typically starts in the clinical system and must reach ERP inventory and billing without re-keying, so the integration layer needs agreed identifiers for patients, locations and items. Third, device identification: under the FDA Unique Device Identification system, most device labels carry a UDI in human- and machine-readable form, made up of a device identifier and a production identifier such as lot, serial number or expiry date, with device information submitted to the GUDID database. Manufacturers need the ERP to generate and hold these values and support GUDID submissions; hospitals benefit from capturing UDIs at receipt and point of use so recalls can be traced to stock locations and patients.