| Course | HIM 530 Information Protection & Security in HIM |
|---|---|
| Module | Module 1 |
| Paper type | graduate discussion post distinguishing privacy, security and confidentiality |
| Length | About 340 words, 3 pages |
| Format | APA 7 student paper |
| School | Southern New Hampshire University |
| Program | MS Health Information Management |
| Updated | September 2026 |
Free sample paper for HIM 530 Module 1
Module One Discussion
Every Control Worked, and Privacy Still Failed
Last spring, a registration clerk at Osprey Point Health opened the record of her former husband during their custody dispute and shared details of his treatment with her attorney. She used her own valid login, on an encrypted system, from a hospital workstation. Every technical security control worked exactly as designed. The patient's privacy was still violated. That case is the clearest way I know to explain why privacy, confidentiality and security are related but not the same.
Privacy is the patient's right to control how information about them is collected, used and shared. Confidentiality is the duty of those entrusted with the information to keep it within authorized bounds. Security is the set of administrative, physical and technical safeguards that protect information from unauthorized access, alteration or loss. The clerk breached confidentiality, and the patient's privacy was harmed, but the security safeguards were never defeated; she simply used access she had for work, for a purpose that had nothing to do with work.
Cases like this are common. Jiang and Bai (2019) analyzed the causes of reported health information breaches and found that more than half traced to causes inside the organizations themselves, such as unauthorized access and mishandling, rather than to outside hackers. Detecting insiders is hard because their access looks legitimate. Boxwala et al. (2011) showed that statistical and machine learning methods could help flag suspicious access patterns in record audit logs, but even good models require people to review the alerts and decide. Finally, Jalali and Kaiser (2018), who studied cybersecurity in hospitals, argued that protection depends on organizational factors, such as leadership, resources and coordination between clinical and technical staff, as much as on technology.
For health information professionals, the lesson is that protecting information means managing people and access, not only systems. Osprey Point found this breach only because the patient complained. For classmates: how does your organization detect when someone opens a record without a work reason, and how often does it find cases before a patient does?
References
Boxwala, A. A., Kim, J., Grillo, J. M., & Ohno-Machado, L. (2011). Using statistical and machine learning to help institutions detect suspicious access to electronic health records. Journal of the American Medical Informatics Association, 18(4), 498-505. https://doi.org/10.1136/amiajnl-2011-000217
Jalali, M. S., & Kaiser, J. P. (2018). Cybersecurity in hospitals: A systematic, organizational perspective. Journal of Medical Internet Research, 20(5), Article e10059. https://doi.org/10.2196/10059
Jiang, J. X., & Bai, G. (2019). Evaluation of causes of protected health information breaches. JAMA Internal Medicine, 179(2), 265-267. https://doi.org/10.1001/jamainternmed.2018.5295
What the HIM 530 Module 1 instructions ask for
Week one of HIM 530 asks you to pull apart three ideas that students often blur: privacy, confidentiality and security. Roughly a page is enough, cited in APA 7 with two or three studies, and your replies should push classmates' examples further. Skip the glossary approach. Pick one incident, real or realistic, and show where each concept held or failed, then use research to show whether that kind of incident is rare or routine and what helps catch it. Tie the discussion to the health information professional's own duties, such as access review, and end with a pointed question about how classmates' workplaces handle the same risk.
How this HIM 530 Module 1 discussion example is built
A registration clerk at Osprey Point Health opens her former husband's record during a custody dispute, using valid access on an encrypted system. The post shows that confidentiality and privacy failed while security controls worked, defining each concept through the case. Jiang and Bai's finding that more than half of breaches start inside organizations shows the incident is common, Boxwala and colleagues explain how audit analytics can flag suspicious access and Jalali and Kaiser frame security as an organizational problem. The post notes the breach was found only through a complaint and asks HIM 530 classmates how their organizations detect insider access first. Each concept is defined through what happened rather than from a glossary.
Where the HIM 530 Module 1 rubric puts the points
Opening HIM 530 posts tend to be graded on accurate distinctions among privacy, confidentiality and security, a concrete example that illustrates them, sound use of research, relevance to health information practice and engagement with peers, plus APA 7 citations. Posts that stand out show the concepts in action, such as an insider who never defeated a security control, rather than reciting definitions. Graders reward writers who recognize that people and access management are part of protection. A focused question for classmates produces replies that compare real practices, which is the purpose of the discussion and a good start to the course's risk analysis work. Accurate terms and a tight example matter more than length.
HIM 530 Module 1 help: the mistakes that cost points
Posts go wrong in this module when they paste three definitions with no case, use privacy and security as synonyms, cite studies that have nothing to do with the example or talk only about outside hackers. A few also forget that access monitoring is part of the health information role. Should your instructor frame the week around ethics, patient rights or the history of HIPAA instead, send that framing and the readings so the post answers it directly. Your workplace setting can help too. HIM 530 posts we write move from one incident to the three concepts, then research, the profession's lesson and a specific question for peers.
Get HIM 530 Module 1 written to your instructions
Send the HIM 530 Module 1 discussion prompt and, if you like, an incident from your experience. The post will distinguish privacy, confidentiality and security through a concrete case, support the analysis with research on breaches and detection and close with a question for peers, delivered in 24 to 48 hours with the first request free. The paper above is an original model document written by our desk, not a submitted student paper and not an official Southern New Hampshire University document.
More HIM 530 papers and related MS Health Information Management samples
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- HIM 520 Module 7 Final Project Milestone Three: Work Design and Centralized Release of Information
- HIM 480 Module 2 Capstone Milestone One: A Project Proposal on Problem List Accuracy
HIM 530 Module 1 questions, answered
Where can I find a free HIM 530 Module 1 Discussion sample?
The full HIM 530 Module 1 post is here: an employee opening an ex-spouse's record, and how privacy, confidentiality and security differ.
What is the difference between privacy and security?
Privacy is a patient's right to control their information; security is the set of safeguards that protect information from unauthorized access, change or loss.
What is confidentiality?
The duty of people entrusted with information to keep it within authorized uses and disclosures.
Are most health data breaches caused by hackers?
Not necessarily; one analysis found that more than half of reported breaches traced to causes inside the organization.
How can hospitals detect employees snooping in records?
Through audit log review, often supported by statistical or machine learning tools that flag unusual access for human investigation.