Industry Perspectives

Inventory, score, and monitor healthcare vendors to prioritize high-risk partners, protect PHI, and streamline mitigation.

Isolate medical IoT devices with VLANs, NAC, and micro-segmentation to limit breaches, meet HIPAA, and keep clinical systems running.

Guide to AES-256, FIPS 140-3, and automated RiskOps for securing PHI at rest, with key management and HIPAA compliance.

How cloud adoption affects HIPAA compliance: BAAs, shared responsibility, encryption, risk assessments, AI monitoring, and disaster recovery.

Use frameworks, KPIs, and automated tools to reduce vendor, device, and patient-data risks in healthcare IT.

Telehealth demands rigorous risk frameworks to protect patient data, secure cloud services, and hold vendors accountable.

SBOMs, secure development, authentication, cryptography, and updatability must be designed into medical devices to prevent breaches and protect patients.

Penetration testing validates device security, finds vulnerabilities across ecosystems, and produces FDA-ready documentation for compliance.

Five practical steps for HIPAA-compliant recovery plans: assess risks, catalog ePHI, assign roles, secure backups, and test routinely.

Healthcare supply chains are the weakest link in patient data protection, with vendors and devices creating major breach risks.

How HDOs can secure third‑party libraries in medical devices using SBOMs, automated scanning, lifecycle monitoring, and FDA-aligned processes.

Guidelines for HIPAA-compliant cloud audit trails: centralized, tamper-proof logging, PHI minimization, encryption, and regular reviews.

Automate secure key rotation in healthcare clouds with strategies, storage, monitoring, and compliance best practices.

Steps to securely erase PHI from medical devices using NIST 800-88 methods, verification, and compliant vendor practices.

Steps, techniques and tools to de-identify PHI, meet HIPAA, and balance privacy with data utility for healthcare research.

How to discover, track, secure, and govern healthcare IoT devices to reduce breaches, ensure compliance, and cut downtime.

Practical guide to GDPR-compliant anonymization for cross-border healthcare transfers: methods, risk testing, tools, and documentation.

Compare HIPAA and GDPR requirements for international PHI transfers, including BAAs, SCCs, TIAs, encryption, and breach timelines.

SMART on FHIR OAuth 2.0 standardizes discovery, scopes, PKCE, and token handling to secure and streamline EHR app access.

Audit cloud PHI with a checklist for asset mapping, BAAs, encryption, access controls, logging, and ongoing vendor oversight.

One year after enforcement, the PATCH Act requires SBOMs, 30-day patches, and lifecycle security while revealing major legacy device risks.

A concise 6-step process to identify ePHI risks, prioritize remediation, and document HIPAA Security Rule compliance.

Pseudonymization protects patient data in healthcare AI by replacing identifiers with reversible tokens, keeping data usable and compliant.

TLS 1.2/1.3 secures email in transit for HIPAA, but proper configuration and layered controls are required to protect PHI.