Industry Perspectives

Explains how SOC 2 confidentiality aligns with HIPAA's six-year PHI retention, secure storage, logging, and disposal best practices for audit readiness.

How SMART on FHIR uses OAuth tokens, PKCE, and asymmetric keys to secure EHR access, reduce token risks, and enable clinical interoperability.

Step-by-step SIEM guide for healthcare IT: inventory, HIPAA alignment, encryption, monitoring, testing, and automation.

Compare NIST CSF, ISO 13485:2016 and SPDF to meet FDA medical device cybersecurity requirements across premarket design and postmarket monitoring.

Prioritize PHI-handling vendors with risk-scoring that measures inherent vs. residual risk, automates assessments and provides continuous compliance monitoring.

Healthcare AI demands tighter HIPAA and NIST-aligned controls—risk assessments, vendor oversight, and human review are essential.

Align the NIST Cybersecurity Framework with the HIPAA Security Rule to protect ePHI, map gaps with OCR crosswalks, and reduce breach risk.

NIST-aligned cybersecurity training for healthcare: assess gaps, deliver role-based NIST modules and simulations, and measure results.

How the NIST Cybersecurity Framework helps healthcare organizations align with HIPAA, manage cyber risk, and improve resilience across six core functions.

Use NIST CSF 2.0 to build a healthcare incident response plan: form a CSIRT, create playbooks, run tabletop exercises, and speed recovery from breaches.

Use NIST CSF 2.0 to build a healthcare incident response plan: form a CSIRT, create playbooks, run tabletop exercises, and speed recovery from breaches.

Use NIST CSF 2.0 to build a healthcare incident response plan: form a CSIRT, create playbooks, run tabletop exercises, and speed recovery from breaches.

Use NIST CSF 2.0 to build a healthcare incident response plan: form a CSIRT, create playbooks, run tabletop exercises, and speed recovery from breaches.

Multi-tenancy risks in healthcare clouds: data breaches, HIPAA gaps, noisy‑neighbor performance, and isolation and access controls.

Secure medical devices from design to decommissioning with threat modeling, SBOMs, secure provisioning, continuous monitoring, and automated vulnerability tracking.

Analysis of the 2024 healthcare breach: MFA gaps, slow detection, vendor risk, ransom outcomes, and steps to improve security.

Compare ISO 27017, HIPAA, and HITRUST for securing PHI in the cloud; learn the seven cloud-specific ISO controls, shared responsibility, and implementation tips.

Compare ISO 27001, HIPAA, NIST and SOC 2 for healthcare vendor risk—certification differences, control overlap, and guidance on choosing the right framework.

ISO 27001 plus automation is the most practical way to secure healthcare vendor risk and protect patient data.

ISO 27001 reduces medical-device and supply-chain risk, protects patient data, and aligns security with HIPAA and FDA requirements.

Explainable HITL AI that integrates with EHRs to preserve clinician oversight, cut errors and documentation time, and reduce alert fatigue.

Apply CVSS Base, Threat, and Environmental metrics to medical devices, use CVSS 4.0 Safety, and combine threat feeds and automation to prioritize patient-safety risks.

Reduce errors and speed audits with automated incident detection, immutable logs, and workflow-driven HIPAA compliance.

Immutable, time‑stamped audit trails are essential for healthcare compliance, accountability, and breach detection.