Verify physician credentials and licenses decentrally
Sector: Tertiary sector · Industry: Care and social services · Organisation: Health Care Service Corporation (HCSC), Hackensack Meridian Health, Kaiser Permanente, Multiplan, Optum, Quest Diagnostics, Humedica, UnitedHealth Group, TIGER Consortium (not-for-profit initiative) · Maturity level: Pilot
The TIGER Consortium alongside partners such as Health Care Service Corporation, Hackensack Meridian Health, and Kaiser Permanente piloted a blockchain solution to verify physician credentials. The system allows hospitals, insurers, and diagnostic laboratories to validate medical licenses and certifications across a shared infrastructure. This multi-stakeholder approach aims to significantly reduce administrative onboarding times and credentialing delays for healthcare professionals.
Documentation status
- Project status: Pilot — Joint consortium pilot conducted to accelerate approval procedures for medical professionals.
- Evidence: Evidence medium
- Editorial review: pending
Description
The Health Care Service Corporation, together with consortium partners such as Hackensack Meridian Health and Kaiser Permanente, has launched a blockchain pilot to verify physician credentials. In the traditional system, clinics, laboratories and health insurers must painstakingly request qualifications from universities and medical associations individually. The shared register enables all authorised partners to retrieve once-verified evidence tamper-proof and without repeated manual verification loops.
In the US healthcare system, credentialing of doctors often takes up to three months because each institution must separately query licences, specialist titles and liability insurance. To end this inefficient situation, leading organisations such as Optum, UnitedHealth Group, Humedica, Quest Diagnostics, Multiplan, Kaiser Permanente, Hackensack Meridian Health and HCSC have formed the TIGER consortium. The distributed ledger technology-based framework serves as a trusted data layer for cross-institutional exchange of digitally signed credentials. In this way, primary sources can enter qualifications once and release them to verified network participants. This greatly accelerates the start of medical practice and reduces sources of error caused by outdated directory data. The pilot demonstrates the potential of decentralised identity and attestation networks in highly regulated care structures.
Perspectives
B2B — organisations perspective
Health networks, insurance companies and diagnostic facilities share structured attestations via a secure platform. This prevents duplicate work between payers and providers when enrolling doctors in care contracts.
Employees perspective
Doctors and nursing professionals benefit from a drastically shortened application and approval process. Professional biographical evidence does not have to be requested again in lengthy individual procedures for each institution.
Benefits
General
- Significant shortening of bureaucratic verification times during job changes
- Avoidance of multiple evidence requests from the same primary sources
- Higher reliability and currency of medical register data
B2B — organisations
- Reduction of administrative personnel and verification effort in clinics
- Faster billing approval of doctors by insurers
- Minimisation of liability risks through comprehensively documented approvals
Employees
- Faster start of work without months of downtime
- Increased transparency about the current status of one's own credentials
Challenges
General
- High coordination requirements for cross-institutional data standards
- Legal hurdles regarding data protection and mutual recognition of digital signatures
B2B — organisations
- Necessary integration into heterogeneous legacy hospital information systems
- Governance issues regarding responsibility for incorrectly entered attestations
Technology foundation
The solution is based on a permissioned distributed ledger (permissioned blockchain) that serves as an immutable directory for credentials, accreditations and specialist licences. Authorised healthcare institutions can store credentials tamper-proof and validate them mutually in real time.
Implementation examples
TIGER Consortium Physician Credentialing Pilot
Conventional credentialing processes tie up specialist staff for weeks and delay the start of medical duties, causing significant revenue losses and administrative costs.
The Health Care Service Corporation participated, together with a consortium of leading healthcare organisations, in a blockchain pilot for decentralised verification of doctors' qualifications.
Together with institutions such as Hackensack Meridian Health, Kaiser Permanente, Optum and UnitedHealth Group, HCSC evaluated a distributed ledger framework for doctor credentials. The project examined how approval data, specialist certifications and licences can be synchronised across organisational boundaries. The aim was to overcome isolated data silos between payers and hospitals to drastically reduce administrative time spent on new hires.
Elimination of redundant verification efforts, standardisation of data formats and assurance of immutable verification evidence.
Tags
Credentialing, Healthcare, Identity Management, License Verification, Consortium