The Future of Identity Authentication in Healthcare: Potential Applications and Their Impact on Operational Efficiency

Healthcare organizations in the past have used passwords, ID cards, one-time passwords (OTPs), and security questions to check identities. These ways have some problems:

• User inconvenience: Patients and staff need to remember passwords or carry cards or tokens.
• Security risks: Passwords can be guessed or stolen, and tokens or cards can be lost or copied.
• Operational delays: Checking identity by hand can make patients wait longer at the front desk.
• Administrative burdens: Staff spend time helping with forgotten passwords, locked accounts, and confirming identities.

There is a clear need for faster, safer, and easier ways to confirm identity without losing privacy or security.

New Advances in Biometric Authentication

Biometric authentication uses parts of the body or behavior that are unique to each person. In healthcare, this technology helps make security better and patient visits smoother.

Two new biometric technologies gaining use in healthcare are:

Amazon One Palm-Scanning Technology

Amazon One was created with Amazon Web Services (AWS) and electronic health record systems like Epic. It uses palm scanning to identify people without touching anything. NYU Langone Health is one example of a place using this technology widely.

Key Features:

• Contactless check-ins: Patients scan their palm to prove who they are, without needing forms or cards.
• High accuracy and speed: It is very accurate (99.9999%) and recognizes palms in less than one second, cutting down waiting time.
• Privacy protection: Palm images alone do not show identity, and all data is encrypted and stored safely in the AWS Cloud.
• Opt-in enrollment: Patients can sign up online or at the facility and control their data. They can also remove their palm data whenever they want.

Nader Mherabi, a leader at NYU Langone Health, says this tech helps improve patient care using advanced tools while keeping privacy safe.

The Amazon One system helps reduce delays by making patient ID checks faster. This lets staff spend more time caring for patients.

BIO-key Phoneless, Tokenless Biometric Authentication

BIO-key International made a system that does not use phones, tokens, or passwords. It verifies identity by continuously checking physical features like fingerprints, faces, and palms.

Notable Attributes:

• NIST-tested algorithms: It uses tested methods to make sure verification is reliable and safe.
• Phoneless and tokenless: No need for extra devices, making access easy and reducing problems with lost tokens.
• Mathematical templates: Biometric information is turned into secure codes that can’t be copied or reversed, protecting privacy.
• Works with zero-trust security: It keeps checking that the user is present during use, making security stronger in critical healthcare areas.
• Operational benefits: It helps stop unauthorized people from getting into electronic health records, medicine systems, and restricted places.

BIO-key’s system can be added slowly alongside old security methods. This helps healthcare providers change without upsetting their daily work.

Orange Bank & Trust Company works with BIO-key to show how cloud-based access with biometric checks can manage many locations well with centralized control.

Potential Applications in Healthcare Settings Across the U.S.

Biometric identity checks can be used in many healthcare areas to improve how things run and keep patients safe. Some examples are:

• Patient Check-in and Registration
  Contactless palm or fingerprint scans cut down the time needed to confirm who patients are.
  Patients do not need to fill out physical forms or go through many steps, which lowers mistakes and the staff’s workload.
  Places like NYU Langone Health show how palm scanning makes waiting shorter and helps patient flow.
• Provider and Staff Access Control
  Safe authentication methods prevent unauthorized access to private patient files and medicine storage.
  BIO-key’s continuous verification also checks that authorized staff are still present, securing critical systems.
• Credentialing for High-Security Areas
  Biometric systems allow authorized personnel to enter areas like operating rooms or pharmacy storage safely.
  This cuts down manual checks and helps to meet rules about access control.
• Telehealth and Remote Access
  With more telehealth services, strong identity checks are needed for secure video visits and remote file access.
  Password-free biometric systems give a better and safer user experience than old methods.

Impact on Operational Efficiency

Using biometric authentication affects how well healthcare operations work in several ways:

• Reduced Waiting Times: Automated ID checks speed up patient check-in and free front desk staff for other jobs.
• Lower Administrative Burdens: Stopping the need for password resets and manual ID checks cuts down work for IT and admins.
• Enhanced Accuracy: Automatic biometric matching lowers mistakes from confusing names or birth dates, which improves patient safety.
• Improved Security: The unique and encrypted biometric data cuts chances of identity fraud, protecting healthcare groups’ reputations and legal needs.
• Data Privacy Assurance: Patients control their biometric data, choosing to opt-in or delete it, which helps keep their trust.

NYU Langone Health leaders like Nader Mherabi and Colleen Aubrey of AWS Solutions say it is important to “respect privacy while making check-ins easier.” By adding biometric authentication to existing systems like Epic, healthcare providers can gain these benefits without making things more complex.

AI and Workflow Automation in Healthcare Authentication

Artificial intelligence (AI) combined with biometric authentication and workflow automation is an important new step for healthcare in the U.S. to get better efficiency and security.

Role of AI in Authentication:

• AI quickly analyzes biometric data like palm or fingerprint scans to identify patients and staff with near-perfect accuracy.
• Machine learning helps AI get better at recognizing people and spotting fake attempts over time.
• AI can link identity checks with appointment booking, billing, and clinical paperwork.

Workflow Automation Benefits:

• Using AI-powered biometric checks automatically at front desks removes hold-ups.
• Automatic alerts and role-based access control make sure only the right people can enter sensitive areas.
• AI spots problems like many failed login attempts and can start security actions without needing manual help.

This mix of AI and biometric authentication cuts repetitive tasks and lessens staff work in healthcare. This gives staff more time to focus on patient care and improves how things run.

The Bottom Line

New biometric identity technologies like Amazon One’s palm scanning and BIO-key’s phoneless, tokenless system are changing healthcare in the U.S. These tools fix old problems with passwords and cards by offering fast, safe, and simple ways that make patients happier and reduce staff work.

Healthcare groups like NYU Langone Health show how biometric authentication can make check-in faster, protect important systems, and keep patient data safe. When combined with AI workflow automation, these tools help healthcare run more smoothly and let providers spend more time on care, not paperwork.

Medical administrators, owners, and IT teams in the U.S. will likely keep using these technologies as they work to update identity checks, improve patient experience, and keep healthcare data secure.