Technical Approaches to Protecting Electronic Health Information

This chapter addresses the technological aspects of privacy and security in health care information systems.

Organizational Approaches to Protecting Electronic Health Information

Organizational policies and practices are at least as important as technical mechanisms in protecting electronic health information and patient privacy.

Privacy, Security, and Electronic Health Records - HHS.gov

Providers are working with other doctors, hospitals, and health plans to find ways to share that information. The information in EHRs can be shared with other ...

Healthcare Cybersecurity: Tips for Securing Private Health Data

Encryption is one of the most useful data protection methods for healthcare organizations. By encrypting data in transit and at rest, healthcare ...

Privacy & Security - Health IT Playbook

Protecting patient privacy and securing electronic health information is a shared responsibility. Adherence to privacy and security standards ...

10 Ways to Secure Electronic Health Records - ArmorPoint

From securely locked filing cabinets to restricted access data storage rooms and digital security cameras, increasing the physical protection of ...

Guide to Privacy and Security of Electronic Health Information

Safeguards can protect the people, information, technology, and facilities that health care providers depend on to carry out their primary mission: caring for ...

Protecting Electronic Health Records - Top 5 Tips - CloudApper AI

One of the most effective ways for protecting your electronic health records is to keep your software updated and fully patched, which includes ...

5 Important Elements to Establish Data Security in Healthcare

While electronic health records (EHRs) offer incredible advantages for quickly accessing patient data, eliminating fragmentation, ...

HIPAA security rule & risk analysis | American Medical Association

All covered entities must assess their security risks, even those entities who utilize certified electronic health record (EHR) technology. Those entities must ...

How to protect patient privacy in the digital age - Tebra

Complying with regulations like HIPAA and educating staff on proper data handling protocols are crucial, but more advanced solutions like ...

Reassessing Your Security Practices in a Health IT Environment

information technology (health IT) capabilities such as electronic health records and electronic ... protecting electronic health information.

Different Approaches on Security, Privacy and Efficient Sharing of ...

Electronic health records (EHRs) are both important and sensitive since they store crucial data that is routinely shared across various parties, ...

Ways to Improve Electronic Health Record Safety

This establishes technological requirements for EHRs, including their functions, how to record information, and security features. ONC has ...

5 Tips for Protecting Your Electronic Health Records

Encryption is necessary for healthcare organizations to provide adequate protection of patient data. Despite proactive measures, data breaches happen. It is ...

6 Findings and Recommendations | For the Record

Information technology offers many potential benefits to health care. Electronic medical records (EMRs) facilitate cost-effective access to more complete, ...

Securing electronic health records against insider-threats

Aside from the approach by Menon et al. the increasing level of risks to EHR systems have led to numerous other emerging research investigations into novel ...

Security and Privacy of Technologies in Health Information Systems

However, organizations must ensure that appropriate security and privacy measures are in place to protect sensitive information from unauthorized access or ...

Technology as a Tool for Improving Patient Safety | PSNet

However, if technological approaches are designed or implemented poorly, the burden on clinicians can increase. For example, overburdened ...

Review Security and privacy of electronic health records: Concerns ...

Dehling and Sunyaev [21] also suggested that the three basic information technology security requirements are confidentiality, integrity and availability.