Care Without Friction: How Verified Trust is Modernizing Clinical Identity

OLOID and Ping Identity's Verified Trust for Clinical Workforce replaces legacy identity infrastructure with a cloud-native framework built for modern care. Verified onboarding cuts enrollment from days to minutes, with portable credentials that travel across facilities. Passwordless Tap-and-Login delivers seamless access to shared workstations and EHRs, with stepped-up assurance only when needed. Self-service recovery closes a leading healthcare attack vector.

Aman Khanna
Last Updated:
May 7, 2026
Care Without Friction: How Verified Trust is Modernizing Clinical Identity
Blog thumbnail

Legacy identity systems were never built for the pace of clinical care. Here's how that's finally changing. 

Healthcare organizations face an intense balancing act: delivering fast, high-quality care while protecting patient safety from rising cyber threats and clinical fraud.  The problem? Legacy identity systems built for a badge-and-password world are slowing clinicians down and fueling burnout.

That's what the joint solution from OLOID and Ping Identity, Verified Trust for Clinical Workforce, is built to change. It replaces outdated infrastructure with a cloud-native approach to verified onboarding, Tap-and-Login, and recovery that puts patient care first.

The Hidden Cost of Friction and Who Really Pays for It 

When clinicians lose time per login or waste hours waiting for helpdesk support to recover a lost badge or locked account, it takes them away from patients. This access friction is compounded by manual onboarding processes, delaying bedside capacity for new and traveling clinicians who must repeatedly re-enroll. The identity system becomes the bottleneck when every tap affects care and compliance.

Why the Old Fixes Aren't Working 

More password resets. Stricter badge policies. Longer helpdesk queues. Healthcare IT teams have tried patching the problem for years, but the underlying infrastructure was never designed for the speed and complexity of modern clinical environments. Traveling clinicians re-enroll from scratch at every facility. Shared workstations require individual logins that nobody has time for. And helpdesk-based account recovery, still the default at most organizations, remains one of the most exploited entry points for account takeover in healthcare. The answer isn't another patch. It's a different foundation. 

Introducing the Verified Trust Framework

Verified Trust is designed to deliver continuous, high-assurance verification with reusable proof across facilities and adaptive assurance when needed. It helps establish trust across every critical interaction in the clinician journey. This is achieved through three core pillars:

  • Verified Onboarding: Onboarding moves from days to minutes. The process begins with Ping Verifys privacy-preserving identity verification that matches a government ID to a live selfie to confirm a real person. Once verified, a reusable verifiable credential can be issued in a user-controlled wallet, allowing traveling clinicians to verify across facilities without re-enrolling or creating duplicate identities. This is followed by OLOID face onboarding for enrollment and issuance.  Using this technology, traveling practitioners don’t have to re-verify again from scratch, allowing for reduced enrollment friction and portable proof across facilities.
  • Verified Tap-and-Login: Clinicians get seamless, passwordless access to shared workstations, shared accounts, and VDI-hosted Electronic Health Records (EHRs). The platform is Default Fast by using contactless Tap-and-Login flows with badges, facial biometrics, or Apple/Google Wallet. This delivers attributable identity on shared devices. For sensitive actions like e-prescribing controlled substances (EPCS), assurance steps up automatically. DEA-compliant facial authorization triggers only when needed, without disrupting the rest of the care workflow. 
  • Verified Recovery: To mitigate helpdesk vulnerabilities, a frequent top takeover path for cybercriminals, we shift recovery to instant self-service. Using adaptive signals, such as AI-driven questions from authoritative data, a device-bound verifiable credential, and/or biometric plus ID re-verification, recovery of access is restored safely without lowering assurance.. In addition, organizations can use OLOID’s Aura, an AI agent for account recovery, that verifies an employee’s identity in real time for high-risk recovery requests, using adaptive, policy-driven checks to safely restore access with less friction.

Conclusion

The Verified Trust for Clinical Workforce solution delivers portable proof and adaptive assurance across the entire clinician journey, transforming identity from a security roadblock into a critical enabler of fast, safe patient care.

And, by unifying identity policy across clinical and corporate workers, Ping and OLOID deliver a smoother experience for your staff and dramatically reduce operational complexity and cost, unlocking seconds to access and resilience across the clinician journey.

To learn how Ping Identity and OLOID can help your organization reduce access friction, strengthen assurance, and modernize identity across the clinical workforce, contact Ping and OLOID Sales to start the conversation. We’d be happy to walk through the Verified Trust approach and show how verified onboarding, seamless Tap-and-Login, and secure recovery can support faster, safer care.

Go Passwordless on Every Shared Device
OLOID makes it effortless for shift-based and frontline employees to authenticate instantly & securely.
Book a Demo
More blog posts
Microsoft's 2027 MFA Deadline and the Passkey Gap for Frontline Workers
Microsoft's 2027 MFA Deadline and the Passkey Gap for Frontline Workers
Microsoft is retiring SMS and voice MFA in Entra ID by February 1, 2027. Passkeys are the intended replacement, but the standard passkey model assumes one person and one personal device, which breaks for shared terminals, kiosks, and phone-ban environments common in manufacturing and retail. QR code workarounds still require a smartphone. Windows Hello for Business (WHfB) caps user enrollments at 10 per device. Badge tap and face authentication on shared terminals deliver phishing-resistant, individually attributed sessions without a personal phone, satisfying Microsoft's mandate within frontline operating constraints.
Mona Sata
Mona Sata
Last Updated:
August 3, 2026
What is OCR? A Guide for Identity-Driven Environments
What is OCR? A Guide for Identity-Driven Environments
Optical character recognition converts scanned images and printed documents into machine-readable, editable data, eliminating manual re-entry and making static content actionable. Most organizations understand OCR as a document tool but underestimate its role as the first step in identity verification and access control workflows. This guide covers how OCR works at a technical level, the four types of OCR technology, where accuracy degrades in operational environments, and how OCR connects to passwordless authentication and IAM in shared-device and frontline workplaces.
Mona Sata
Mona Sata
Last Updated:
July 31, 2026
Types of Biometric Authentication Methods: A Decision Guide for Security and IT Teams
Types of Biometric Authentication Methods: A Decision Guide for Security and IT Teams
Biometric authentication methods verify identity using physical traits like fingerprints, iris patterns, and facial geometry, or behavioral patterns like keystroke rhythm and gait, replacing passwords with something that cannot be shared or phished. Most organizations understand the basics but underestimate the architectural decisions that determine whether a deployment actually works: on-device vs. centralized storage, FAR/FRR trade-offs, liveness detection requirements, and the gap between standard biometric tools and the shared-device environments common in healthcare, manufacturing, logistics, and retail. This guide covers how each biometric method works, how to choose the right one for your environment, what happens when biometric data is compromised, and how biometrics relate to passkeys and FIDO2 in a modern passwordless architecture.
Mona Sata
Mona Sata
Last Updated:
July 28, 2026
Book a Demo