From Paper Documents to Digital Trust: Securing healthcare credentials in the age of AI to drive longitudinal career mobility

Executive summary

Healthcare credentialing is entering a period of structural risk. Artificial intelligence is dramatically lowering the cost, skill, and time required to fabricate convincing professional credentials, identities, and employment histories. Fraud that once required manual effort can now be generated at scale—often with a level of sophistication that challenges traditional review processes.ⁱ

This shift is no longer theoretical. Research indicates that 85% of identity fraud cases now involve generative AI, demonstrating that AI is already central to how modern fraud is executed.ⁱⁱ At the same time, projections suggest that by 2028, one in four candidate profiles globally could be fake, underscoring the increasing difficulty of validating identity and qualifications in a digital-first environment.ⁱⁱⁱ

While artificial intelligence is accelerating the scale and sophistication of credential fraud, it is not the root cause. Credential fraud has existed for decades and continues to occur through more traditional means. Individuals may submit falsified diplomas, altered transcripts, counterfeit licenses, or misrepresented employment histories, often exploiting gaps in verification processes rather than relying on advanced technology. In many cases, these efforts do not require sophisticated tools, only the opportunity to operate within systems that depend heavily on document review and manual validation.

These traditional forms of fraud are particularly difficult to detect in high-volume environments, where credentialing teams are managing large applicant pools under time pressure. Inconsistent recordkeeping, fragmented international data systems, and reliance on email or phone-based verification can create delays or blind spots that fraudulent actors exploit. Even well-resourced organizations may struggle to confirm the authenticity of documents issued across different jurisdictions, especially when institutional records are incomplete, difficult to access, or not standardized.

Healthcare systems face this evolving threat while also managing growing workforce shortages and increasing cross-border mobility. Credentialing bodies must evaluate more candidates more quickly and across more complex regulatory environments—without compromising trust or safety.

Incremental improvements to existing verification processes are no longer sufficient. Instead, the healthcare ecosystem must transition toward a secure, interoperable digital credential architecture—one in which trust is not inferred from documents but proven through cryptographically verifiable credentials.

A verifiable digital credential ecosystem addresses these challenges at a foundational level. By replacing static documents with cryptographically secured credentials issued directly by trusted authorities, it becomes extremely difficult to falsify or manipulate credential data. At the issuer level, credentials are created as tamper-proof records tied to the issuing organization. At the verifier level, authenticity can be confirmed instantly and directly, without relying on document interpretation or manual outreach.

This closes the gap that has historically enabled paper-based and document-driven fraud, making it significantly harder for individuals to misrepresent qualifications—whether through traditional methods or more advanced techniques. This shift requires both trusted credentialing authorities and an enabling digital infrastructure.

Together, TruMerit and Credivera are advancing this model—combining global credential authority with secure digital credential technology to strengthen how trust is issued, maintained, and verified across the healthcare workforce.