Industry Perspectives

Application vulnerabilities put ePHI at risk - healthcare organizations need continuous risk analysis, prioritized fixes, and strict remediation timelines.

Role-based compliance training reduces human error, detects phishing, enforces HIPAA practices, and lowers healthcare data breach risk and penalties.

BAAs are essential legal controls that ensure PHI is shared securely, limit permitted uses, mandate safeguards and breach reporting, and reduce HIPAA liability.

Practical guidance on governance, vendor contracts, monitoring, containment, and recovery to protect patient care and meet compliance.

AI-driven monitoring is essential to secure healthcare supply chains, detecting vendor anomalies, predicting risks, and protecting patient safety.

Compare anonymization and pseudonymization in healthcare: impacts on PHI status, re-identification risk, security controls, and when to use each method.

How ISO/IEC standards secure healthcare IoT devices—covering ISO 27001, 27701, ISO 13485, IEC 62304, certification steps, risks and HIPAA/FDA.

Use ISO 27001 to build a unified ISMS that aligns HIPAA and state laws, protects PHI across states, and streamlines incident and vendor risk management.

Step-by-step HIPAA guide for onboarding vendors handling PHI: classify risk, collect BAAs and security evidence, run risk assessments, and maintain continuous monitoring.

Clear guide to HIPAA's four-factor breach assessment: evaluate PHI sensitivity, recipient, actual access, and mitigation to decide notifications and document compliance.

Checklist to assess and improve telehealth security across governance, technical controls, vendors, and training to protect ePHI.

How to measure and improve healthcare post-incident recovery — MTTR, RTO adherence, vendor SLA performance, patient safety impact, and dashboards.

How medical device makers can use ISO 27001 to manage cybersecurity, protect patient data, meet FDA/HIPAA expectations, and secure supply chains.

Summary of 2025 HIPAA: semiannual vulnerability scans, annual penetration tests, full asset coverage, six-year records, and risk-based remediation timelines.

Compare HITRUST and NIST for securing PHI in the cloud—differences in controls, certification, costs, and when each framework fits healthcare organizations.

HITRUST centralizes healthcare compliance, replaces self-attestations with third-party audits, clarifies shared cloud responsibilities, and speeds vendor assessments.

Four core re-identification risks in healthcare—quasi-identifiers, privacy-vs-utility, ecosystem/vendor exposure, and evolving threats—with practical mitigation steps.

Automated evidence tools streamline HITRUST certification by collecting and organizing compliance data, improving evidence quality, and speeding assessments.

Compare five AI tools that de-identify PHI for HIPAA Safe Harbor and Expert Determination, with guidance on security, validation, and governance.

Emerging AI privacy rules in healthcare require disclosure, clinician oversight, and tighter data protections — complicating multi-state and international compliance.

Compare blockchain and traditional data security for healthcare: benefits, limits, hybrid use cases, implementation challenges, and risk-management guidance.

Role-based encryption enforces least-privilege access to PHI by combining RBAC, strong key management and auditing to meet HIPAA and reduce breach risk.

Examines regulatory, security, and operational risks of international PHI transfers and outlines governance, technical safeguards, and vendor controls.

Checklist to evaluate AI tools in healthcare: assess clinical performance, system integration, regulatory compliance, governance, and vendor risk.