Industry Perspectives

Legal counsel should be engaged immediately in cyber incidents to preserve privilege, meet notification rules, coordinate response, and reduce litigation risk.

Legal counsel should be engaged immediately in cyber incidents to preserve privilege, meet notification rules, coordinate response, and reduce litigation risk.

AI speeds threat detection, automates vendor risk assessments, and enforces governance to make healthcare risk programs proactive, compliant, and data-driven.

Identify and mitigate vendor risks in healthcare revenue cycles: inventory vendors, assess risk, enforce SLAs, monitor security, and protect PHI and revenue.

Effective management of cloud audit logs is essential for healthcare organizations to protect patient data and comply with regulations like HIPAA.

Real-time IoT monitoring protocols secure medical devices, enable fast threat detection, and integrate telemetry into healthcare risk management.

Protect real-time patient data from IoMT threats with TLS encryption, Zero Trust network segmentation, continuous monitoring, and risk-based governance.

AI-driven process intelligence strengthens healthcare cybersecurity, automates compliance, speeds threat detection, and reduces operational risk and costs.

Genomic data shared with vendors creates re-identification and regulatory risks; map data flows, enforce strong security controls and ethical governance.

Explore actionable strategies to enhance cybersecurity in healthcare, ensuring compliance and protecting sensitive patient data from increasing threats.

Clear guide to PHI backups vs recovery—HIPAA requirements, RPO/RTO, testing, and best practices to secure ePHI and resume operations.

Compare NIST CSF Profiles and Tiers for healthcare—what outcomes to target versus how to govern them, and how using both closes gaps to protect PHI.

How healthcare organizations use the NIST Cybersecurity Framework to manage vendor risk, secure medical devices, and speed incident response across supply chains.

Explore how aligning NIST CSF with HIPAA enhances cybersecurity and compliance for healthcare organizations while safeguarding patient data.

Many medical device communication protocols lack basic security, risking data theft and device control unless encryption, authentication, and patching are enforced.

Cyber risks in healthcare are rising faster than budgets, leaving supply-chain and medical device security underfunded and driving costly breaches.

Guidance for labs to assess and monitor vendor cybersecurity, compliance, and operational risks to protect diagnostic accuracy and patient safety.

Explore the interoperability challenges in IoT, focusing on lessons learned from healthcare's struggles with data sharing and patient safety.

Explore how integrated GRC frameworks enhance healthcare organizations' resilience against cyber threats and streamline compliance efforts.

Map ISO 27001 controls to HIPAA safeguards with a crosswalk matrix to streamline compliance, reduce duplication, and protect ePHI within an integrated ISMS.

ISO 27001 and GDPR together secure patient data, reduce compliance gaps, and align incident response with GDPR’s 72-hour breach rule.

Practical guide to evaluating healthcare AI using accuracy, precision, recall, AUC‑ROC, bias detection, latency and drift monitoring to protect patients and data.

Practical guide to evaluating healthcare AI using accuracy, precision, recall, AUC‑ROC, bias detection, latency and drift monitoring to protect patients and data.

Practical guidance on generating, storing, rotating, and retiring encryption keys to secure cloud PHI, meet HIPAA requirements, and enable disaster recovery.