Soffid for Health

The fix has to remove friction, not just add a policy, since clinicians will keep sharing credentials if the individual-login process is slower than patient care allows. Proximity or badge-tap authentication, fast user switching tied to a physical token, and context-aware re-authentication that recognizes the same workstation and only prompts for identity confirmation are the standard ways hospitals resolve this without slowing bedside work. The goal is making the individually-attributable path the fastest path, not the slowest one, because that's the only way clinical staff actually adopt it under time pressure.

Most of that login friction comes from each clinical application maintaining its own authentication rather than trusting a shared session, so consolidating around single sign-on plus a fast secondary factor — badge tap or proximity token — for the EHR and adjacent systems removes the bulk of repeated logins without removing authentication itself. Multi-hospital studies have quantified re-authentication as a meaningful chunk of aggregate clinical staff time lost annually, which is why hospitals treat login friction reduction as a patient-care issue, not just an IT convenience one.

Shared-workstation logs alone can only show which physical device touched a record, not which person was using it at that moment. Closing this gap requires binding each session to an individually authenticated user — via badge tap, PIN-plus-token, or similar — even when the underlying workstation is shared, so the access log records the person, not just the terminal. Retrofitting this onto shared clinical stations is exactly the practical crunch point HIPAA compliance officers describe, and it's solved at the authentication layer, not by trying to add attribution after the fact from workstation logs.

Rather than treating the EHR's user directory as a second source of truth, it needs to be reconciled against the hospital's central identity system — typically by feeding HR and central-directory changes (hires, terminations, role changes) into the EHR's provisioning through an integration, so the EHR account lifecycle follows the same triggers as everything else instead of drifting independently. Leaving the EHR to manage identity semi-independently is exactly how hospitals end up with active EHR accounts for staff who've already left, since nobody's tracking the EHR side against the HR side.

High-turnover clinical staffing needs the same automated lifecycle triggers as any other identity governance use case — access provisioned against a rotation schedule or assignment start date, and automatically revoked or transferred at the assignment's known end date, rather than relying on a department to remember to submit an offboarding ticket. Because rotations and locum assignments are scheduled in advance, unlike sudden terminations, this is one of the more automatable categories in healthcare identity, provided the scheduling system feeds the identity platform directly.

The ROI case rests on two things budget holders can quantify: clinical time recovered from faster re-authentication, measured against current login and re-login frequency per shift, and audit-defensibility, since tap-based authentication produces individually attributable access logs on shared workstations that password policy alone cannot, no matter how strict. Tightening password policy alone doesn't solve the shared-workstation attribution problem at all — it only makes an already-frustrating login slower — so the comparison isn't really policy versus hardware, it's whether you want to keep failing the individual-accountability requirement or actually fix it.

Break-glass access needs to be a defined workflow, not an informal override — a designated emergency-access path that any authorized clinician can invoke immediately, which grants access but simultaneously flags the event for mandatory post-hoc review and justification. This preserves the "always available in an emergency" requirement while keeping it distinct from and more visible than routine access, since every break-glass invocation should generate an audit entry that a compliance officer specifically reviews rather than one that blends into normal access logs.