Industry Perspectives

HIPAA- and NIST-aligned guide to PHI disposal tools: cross-cut shredders, data wiping, drive shredding, chain-of-custody, and certificates for audit-ready compliance.

Explore essential tools for monitoring the performance and security of IoT devices in healthcare, ensuring compliance and efficient patient care.

Explore essential frameworks for managing third-party risks in healthcare, focusing on data security and compliance in a complex vendor landscape.

Key features of HIPAA compliance monitoring tools: real-time alerts, automated evidence collection, continuous control monitoring, vendor oversight, and audit-ready reporting.

Healthcare data is highly vulnerable during transmission across EHRs, portals, telehealth platforms, and vendor systems. This guide explains the seven essential encryption‑in‑transit best practices—TLS 1.3, E2EE, VPNs, AES‑256, MFA, ongoing assessments, and continuous monitoring—to help HDOs stay HIPAA‑compliant and protect ePHI.

Compare seven cloud providers that support HIPAA compliance, BAAs, HIPAA-eligible services, encryption, and managed hosting options to secure PHI.

Boards must treat cybersecurity as an enterprise risk to protect patient safety, finances and trust; cyber risk is now the boardroom command center.

AI-driven self-healing networks detect, isolate, and remediate cyber threats in healthcare, protecting patient data, medical devices, and compliance.

How AI improves healthcare operations while increasing cyber, compliance, and device risks — and why human-in-the-loop risk management is essential.

One-size-fits-all AI policy won't work; healthcare needs region-specific governance to balance innovation, safety and patient privacy.

Explore the evolving landscape of healthcare cybersecurity, where AI and new technologies reshape risk assessment and analyst roles.

Learn how a dynamic cybersecurity risk register can protect healthcare organizations from cyber threats and ensure patient safety.

Deepfake voice, video and medical-data manipulation threaten telehealth, billing and patient safety; layered detection, verification and human oversight reduce risk.

How AI-driven cyberattacks exploit healthcare systems, why legacy defenses fail, and how automated risk tools plus human oversight reduce breaches.

Small security teams can protect 1,000+ connected medical devices using real-time inventories, risk-based prioritization, automation, and vendor oversight.

How healthcare can manage AGI-driven cyber risks with gap analyses, automated assessments, governance, and real-time monitoring to protect patients and data.

Practical guidance to assess telehealth vendors' cybersecurity, HIPAA privacy, and clinical safety—assessments, BAAs, credentialing, and continuous monitoring.

How AI accelerates healthcare risk assessments by automating vendor checks, surfacing fourth-party risks, generating reports, and centralizing oversight.

How identity governance automates access controls, reduces insider risk, and ensures HIPAA compliance to protect PHI across healthcare systems.

How identity governance automates access controls, reduces insider risk, and ensures HIPAA compliance to protect PHI across healthcare systems.

Practical strategies to secure medical IoT at scale — segmentation, AI monitoring, edge processing, device lifecycle and vendor risk controls.

Practical strategies to secure medical IoT at scale — segmentation, AI monitoring, edge processing, device lifecycle and vendor risk controls.

Explore the differences between SOC 2 Type 1 and Type 2 reports, essential for healthcare startups to ensure compliance and build client trust.

How rural hospitals can reduce vendor-related cyber and operational risks with inventories, risk tiering, stronger contracts, continuity plans, and scalable automation.