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Drug Addiction and Rehabilitation Therapy
2021-11-12 - 2021-11-13    
All Day
Conference Series LLC Ltd is delighted to invite the Scientists, Physiotherapists, neurologists, Doctors, researchers & experts from the arena of Drug Addiction and Rehabilitation therapy, [...]
Drug Addiction and Rehabilitation Therapy
2021-11-12 - 2021-11-13    
All Day
This Rehabilitation 2021 Conference is based on the theme “Exploring latest Innovations in Drug Addiction and Rehabilitation”. Rehabilitation 2021, Singapore welcomes proposals and ideas from [...]
3D Printing and Additive Manufacturing
2021-11-15 - 2021-11-16    
All Day
DLP (Digital Light Processing) is a similar process to stereolithography in that it is a 3D printing process that works with photopolymers. The major difference [...]
Microfluidics and Bio-MEMS 2021
2021-11-16 - 2021-11-17    
All Day
Lab-on-a-chip (LOC) devices integrate and scale down laboratory functions and processes to a miniaturized chip format. Many LOC devices are used in a wide array [...]
Food Technology & Processing
2021-12-01 - 2021-12-02    
All Day
Food Technology 2021 scientific committee feels esteemed delight to invite participants from around the world to join us at 25th International Conference on Food Technology [...]
Events on 2021-11-15
Events on 2021-11-16
Events on 2021-12-01
Latest News

Jul 04 : NSTIC offers identity proofing for EHRs

nstic offers

The push to move the health care sector toward electronic  records includes a requirement that patients be able to access, download and share their health information on an ongoing basis to help coordinate and manage care. This is a condition of stage two of the “meaningful use” regime that delineates the access providers have to federal funding to underwrite the transition to electronic health records, and ultimately will factor into reimbursement by Medicare, Medicaid and other programs.

For providers, a big issue is how to give their patients secure access to records. Health records are arguably far more sensitive than financial information, because a financial breach can be repaired with new credit card numbers or bank information, and because consumers are ultimately made whole for lost funds. But once you’ve lost your health record, that’s it: your information is in the hands of a third party, and there’s no way to undo it. This becomes increasingly important as genomic information, mental health records, and other highly sensitive data becomes a regular part of an integrated online electronic health record.

This raises the issue of how patient access to health records should be governed. Issuing physical credentials can be expensive and unwieldy. But relying on conventional username-password access gives rise to problems as well.

“Passwords are a disaster,” said Jeremy Grant, senior executive advisor for identity management at the National Institute of Standards and Technology and the head of the National Strategy for Trusted Identities in Cyberspace (NSTIC). “With health care especially, we want to make sure you are who you say you are,” he said.

The solution for feds — embedded personal identity verification chips in identification badges — is not likely to work with the general population because of the considerable expense and inconvenience. “PIV is not the solution in the consumer space. If it was, we’d see everyone carrying one,” Grant said.

NSTIC funds pilot projects with an eye to seeding the market with solutions to the password problem. One such pilot program, funded with $2.6 million in NSTIC grants since 2012, is set to launch to users of the Inova health care system in Northern Virginia. By the end of July 2014, a group of Inova patients will have the option of reconfiguring their access to electronic health records using a combination of verified credentials.

The Cross Sector Digital Identity Initiative (CSDII) brings together data from name brand online services like Microsoft, Google, LinkedIn, Facebook and others, information from state motor vehicle departments, and commercial databases, and validates user identity using voice matching. For example, an Inova user can sign up with a Gmail account and driver’s license information. The Gmail account is confirmed with a ping to Google, and the driver’s license information is validated against patient information, and other third-party data. Once that is done, a patient is contacted by phone to confirm the account. Subsequent access to the health record is maintained on a two-factor authentication basis – a user signs in and then has to respond to a phone call to guarantee they have custody of the phone number on their account.

Source