Industry Perspectives

Specialized firmware scanners and SBOM-aware platforms are essential to find real exploitable risks in medical device firmware.

Compare AES, RSA, and ECC for protecting PHI; learn hybrid encryption, HIPAA guidance, and key-management best practices.

Seven essential cybersecurity metrics medical device makers and hospitals must track to meet FDA guidance—covering SBOMs, patching time, SPDF compliance, and incident response.

Healthcare email phishing uses generic, spear, BEC, QR and AI tactics; layered defenses protect patient data.

SOC 2 strengthens healthcare data security, builds patient and partner trust, simplifies vendor risk management, and improves cyber resilience.

Compare five automated patch management solutions for healthcare: multi‑OS support, third‑party patching, scheduling, and HIPAA-ready reporting.

Third-party AI vendors expose healthcare systems to cybersecurity, bias, and compliance failures that endanger patients.

AI in care threatens patient autonomy unless transparency, human oversight, and bias controls are enforced.

AI both defends and threatens healthcare cybersecurity; outlines attacker tactics, risks, and governance to reduce harm.

CISOs must lead AI governance in healthcare to prevent breaches, enforce ethics, and secure patient data.

Tamper-proof audit trails are essential to ensure compliance, data integrity, and accountable decision-making in healthcare AI.

Texas law forces any organization handling Texas residents' PHI to meet strict access, training, disclosure, and breach rules or face steep fines.

Shadow AI exposes PHI and disrupts care—detect unauthorized models, enforce controls, and govern AI to cut breach and clinical risk.

Practical guide to applying STRIDE in healthcare IT to identify and mitigate spoofing, tampering, disclosure, DoS, and privilege risks.

Compare SOC 2 Type I and Type II for healthcare vendors: scope, timeframe, costs, and when each protects PHI.

SOC 2 incident response for healthcare: manage vendor supply‑chain risks with mapping, tested playbooks, continuous monitoring and post‑incident review.

SOC 2 incident response for healthcare: manage vendor supply‑chain risks with mapping, tested playbooks, continuous monitoring and post‑incident review.

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

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.

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.

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.