Building a Hipaa-Compliant Cybersecurity Program: Using Nist 800-30 and CSF to Secure Protected Health Information - Paperback

by Eric C. Thompson (Author)

Goes beyond just HIPAA compliance--focuses on a specific requirement within the Administrative Safeguards of the HIPAA Security, showing readers how to build a cybersecurity program to achieve compliance while attempting to protect health information

Shows readers how to examine the current risk analysis and, if necessary, take immediate actions to improve the process

Creates a life cycle of continuous improvement and uses more technical and focused assessments to feed the risk assessment and analysis process

Back Jacket

Use this book to learn how to conduct a timely and thorough Risk Analysis and Assessment documenting all risks to the confidentiality, integrity, and availability of electronic Protected Health Information (ePHI), which is a key component of the HIPAA Security Rule. The requirement is a focus area for the Department of Health and Human Services (HHS) Office for Civil Rights (OCR) during breach investigations and compliance audits. This book lays out a plan for healthcare organizations of all types to successfully comply with these requirements and use the output to build upon the cybersecurity program.

With the proliferation of cybersecurity breaches, the number of healthcare providers, payers, and business associates investigated by the OCR has risen significantly. It is not unusual for additional penalties to be levied when victims of breaches cannot demonstrate that an enterprise-wide risk assessment exists, comprehensive enough to document all of the risks to ePHI.

Why is it that so many covered entities and business associates fail to comply with this fundamental safeguard? Building a HIPAA Compliant Cybersecurity Program cuts through the confusion and ambiguity of regulatory requirements and provides detailed guidance to help readers:

• Understand and document all known instances where patient data exist
  
• Know what regulators want and expect from the risk analysis process
  
• Assess and analyze the level of severity that each risk poses to ePHI
  
• Focus on the beneficial outcomes of the process: understanding real risks, and optimizing deployment of resources and alignment with business objectives

What You'll Learn:

• Use NIST 800-30 to execute a risk analysis and assessment, which meets the expectations of regulators such as the Office for Civil Rights (OCR)
  
• Understand why this is not just a compliance exercise, but a way to take back control of protecting ePHI
• Leverage the risk analysis process to improve your cybersecurity program
• Know the value of integrating technical assessments to further define risk management activities
• Employ an iterative process that continuously assesses the environment to identify improvement opportunities

Author Biography

Eric C. Thompson is an accomplished governance, risk, and compliance professional. In his GRC role as the Director of Compliance at Blue Health Intelligence (BHI), Eric leads efforts to increase cyber security maturity in several domains including, governance, policy and controls, risk management, cyber security strategy and business alignment. He established the risk management function which includes assessment, analysis, and treatment of risk, threat, and vulnerability management strategy and creating due diligence assessment requirements related to third-party risk. Eric also evaluates cyber security technology capabilities and makes recommendations for enhancing current solutions and investing in new implementations that meet risk reduction requirements.

Prior to BHI, Eric spent seven years at Ernst & Young (EY) in the Advisory practice where he specialized in helping healthcare organizations (providers, payers, and business associates) solve problems related to information security, risk management, and compliance. Eric led the HITRUST Common Security Framework (CSF), cybersecurity program management, and third-party risk management assessments.

Eric is also a proud member of the SANS Mentor team.