IHP 355 Module 3 Privacy Short Paper Example

A Stolen Laptop and a Curious Click: Strengthening HIPAA Compliance at a Community Hospital

[Student Name]

Southern New Hampshire University

IHP 355: Healthcare Regulatory Compliance and Accreditation

Module Three Short Paper

[Instructor Name]

[Date]

A Stolen Laptop and a Curious Click: Strengthening HIPAA Compliance at a Community Hospital

In one month, Riverbend's compliance office faced two privacy problems. A manager's laptop, holding spreadsheets with names, dates of birth and diagnoses for about 1,900 patients, was stolen from a parked car. A password guarded the machine, yet nothing on its drive was encrypted. Two weeks later, a routine access audit found that six employees had opened the electronic record of a local television anchor admitted for surgery, none of whom were involved in her care. This paper explains what the HIPAA Privacy and Security Rules require, what research shows about how health information is lost and what safeguards the hospital should adopt.

What the Privacy Rule Requires

Congress's 1996 HIPAA statute told the federal health department to write privacy standards, and the Privacy Rule took effect for most covered entities in 2003. Annas (2003) described what the rule changed. Patients could now review and copy their own records, to request corrections, to receive a notice of privacy practices and to get an accounting of certain disclosures. Hospitals, health plans and clearinghouses may share patient information to deliver care, get paid and run the organization, while nearly everything else needs the patient's written permission, and uses must generally be limited to the minimum necessary. Annas also noted the rule's complexity and gaps, including its reliance on organizations to police their own workforce.

The Security Rule and Breach Notification

The Security Rule adds requirements for electronic protected health information, organized into administrative, physical and technical safeguards, such as risk analysis, workforce training, facility access controls, access management and audit controls. Later amendments under the HITECH Act strengthened enforcement and required notification of patients, the federal government and, for larger breaches, the media when unsecured information is breached. Information that is properly encrypted is generally not considered unsecured, which is why the missing encryption on Riverbend's laptop turned a theft into a reportable breach.

Where Breaches Happen

Liu et al. (2015) analyzed breaches affecting 500 or more people that were reported to the federal government over several years. Theft was the most common cause, and laptops and other portable devices were frequently involved, along with paper records. Breaches caused by hacking and other information technology incidents were less common but growing, and a small number of large breaches accounted for most of the records affected. The findings suggest that many breaches result from ordinary lapses, such as leaving an unencrypted device in a car, rather than sophisticated attacks.

Riverbend's laptop theft fits the most common pattern exactly.

Snooping as a Privacy Violation

The celebrity record access is a different kind of problem. Employees looking at records out of curiosity violate the minimum necessary standard and the hospital's policies even if no information leaves the building. These incidents are often discovered only through audits, and they damage trust when patients learn of them. Because the Privacy Rule depends on organizations to control their workforce, as Annas noted, the hospital's response must combine technical monitoring with clear consequences applied consistently.

What Security Techniques Work

Kruse et al. (2017) systematically reviewed techniques used to secure electronic health records. The most frequently reported were encryption of data at rest and in transit, authentication methods such as strong passwords and two-factor login, role-based access control that limits what each user can see and audit trails that record who viewed which records. The authors emphasized combining administrative, physical and technical safeguards rather than relying on any single measure, and they noted that staff behavior remains a major source of risk.

Recommendations

Riverbend should adopt six measures. First, require full-disk encryption on every laptop and portable device that can hold patient data, enforced by information technology before a device connects to the network. Second, stop storing patient spreadsheets on local drives, moving them to secure shared storage. Third, expand automated access monitoring so the system flags unusual access, such as views of high-profile patients or of coworkers' records, for daily review. Fourth, apply a consistent sanctions policy for snooping, from retraining for a first minor event to termination for serious or repeated ones. Fifth, refresh privacy training with real, de-identified examples. Sixth, complete the breach notifications required for the laptop incident on time and document the risk assessment.

Table 1. Safeguards, Owners and Measures

Note. Measures are reviewed quarterly by the compliance committee.

Responding to the Laptop Breach

Because the laptop was not encrypted, the theft counts as a reportable breach unless the hospital's written risk review shows a low probability that the data were compromised, which is unlikely for a stolen device. With about 1,900 people affected, the hospital must notify each person without unreasonable delay and no later than sixty days after discovery, explaining what happened, what information was involved and what steps they can take. It must also report the breach to the federal government; because fewer than 500 people were affected, that report can be made in the annual log rather than immediately, and media notice is not required. The compliance office should offer a call line for worried patients and document every step, since regulators judge organizations partly on how they respond.

Balancing Privacy and Care

Safeguards must not block care. Encryption and login steps add time, and overly strict access controls can prevent clinicians from seeing information they need in an emergency. The hospital should keep a documented break-the-glass process that lets clinicians override restrictions with a stated reason, which is then audited. Involving clinicians in designing access rules will reduce workarounds that create new risks.

Conclusion

The laptop theft and the celebrity chart views were both predictable: research shows that lost devices and inappropriate access are common sources of privacy violations. Encryption, access monitoring, consistent sanctions and practical training address both, and measuring each safeguard will show whether the program is working.

References

Annas, G. J. (2003). HIPAA regulations: A new era of medical-record privacy? New England Journal of Medicine, 348(15), 1486-1490. https://doi.org/10.1056/NEJMlim035027

Kruse, C. S., Smith, B., Vanderlinden, H., & Nealand, A. (2017). Security techniques for the electronic health records. Journal of Medical Systems, 41(8), Article 127. https://doi.org/10.1007/s10916-017-0778-4

Liu, V., Musen, M. A., & Chou, T. (2015). Data breaches of protected health information in the United States. JAMA, 313(14), 1471-1473. https://doi.org/10.1001/jama.2015.2252