Risk Analysis for Dr. Smith

Risk analysis and management is one of the first steps health care providers should take to protect patients’ electronic protected health information (ePHI). In week 3, you developed an implementation plan for Dr. Jim Smith’s office, which has been used to help them successfully implement an EHR system. In this assignment, you will conduct a risk analysis for his office and identify measures to mitigate risks associated with its health information system.
Requirements:
1. Identify six threats or vulnerabilities, including natural, human, and environmental threats as well as technical and non-technical vulnerabilities.
2. For each threat or vulnerability, using a scale of low, medium, high, rate (1) its likelihood of occurrence and (2) its impacts on ePHI. Please provide explanations of your ratings and discuss how the threat/vulnerability can affect ePHI.
3. Based on ratings of threat/vulnerability likelihoods and impacts, use the following chart to rate the level (low, medium, high) of each risk associated with ePHI.
Low
Likelihood
Medium High
Low Risk
Low Risk
Low Risk
Low Risk
Medium Risk
Medium Risk
Low Risk
Medium Risk
High Risk
Impact
Low Medium High
4. For each risk, identify administrative safeguards, physical safeguards, and technical safeguards that Dr. Smith’s office can employ to mitigate it.
As we don’t have much information about Dr. Smith’s office in this instruction, feel free to make reasonable assumptions about its current status in your report.

 

Sample Solution

um and Ethereum Classic used to be the same blockchain platform. In June 2016, after a hacker stole close to $50 million dollars from their funding, the organizations split between Ethereum and Ethereum Classic. Both ETC and ETH run on the same protocol and have similar functions, but they have some specific differences. Ethereum Classic maintained the same blockchain and values of Ethereum before the hacking occurred, while Ethereum built a brand new blockchain, bringing most of users and miners with them. Ethereum Classic is a more conservative version of Ethereum that facilitates running smart contracts by offering the benefit of decentralized governance.

Verge

Verge is a cryptocurrency that focuses on privacy and untraceability. It is an entirely open source project that is community led. For instance, no company or organization behind Verge, its creators used their usernames to preserve their anonymity. While Bitcoin was successful at creating a decentralized currency, they are also focused on transparency. Verge uses highly advanced blockchain technology to keep all of its transactions anonymous and untraceable.

Even though all transactions are anonymous, Verge has a public blockchain that allows users to see coin distribution, number os users and other statistics while keeping all transactional data anonymous. Verge also plans to be the first privacy-focused cryptocurrency with smart contracts functionability.

EXTRAS:

Digibyte

DigiByte is one of the oldest open-source blockchains, coming into existence in January 2014, founded by Jared Tate. Jared has a military background and saw blockchains being potentially used for cybersecurity. DigiByte focuses on digital payments and smart applications in the cybersecurity industry. It is already highly decentralized with over one hundred thousand servers, computers, phone, nodes, etc. worldwide.
Digibyte utilizes five secure and advanced mining algorithms to prevent mining centralization which is common in Bitcoin and other single-algorithm blockchains. It also has increased scalability and i

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