Technical insights organized by NIST CSF 2.0
A comprehensive walkthrough of all six NIST CSF 2.0 functions applied to telehealth security, with gap analysis and self-assessment.
Read the Technical Guide →How regional healthcare organizations are building real cybersecurity programs — and why compliance alone isn't enough.
Read the Local Perspective →They passed their HIPAA audit on Thursday. The ransomware hit on Monday. Here's what healthcare gets wrong about cybersecurity.
Read the Wake-Up Call →
Explore the full series across all NIST CSF 2.0 functions:
Govern
·
Identify
·
Protect
·
Detect
·
Respond
·
Recover
The NIST CSF 2.0 provides a comprehensive structure for managing cybersecurity risks across all sectors. Our blog focuses primarily on executive-level cybersecurity governance and strategic risk management.
PRIMARY FOCUS - GOVERN (GV): Our blog primarily addresses strategic cybersecurity governance, including risk management strategy (GV.RM), supply chain risk management (GV.OC), roles and responsibilities (GV.RR), policy (GV.PO), and oversight (GV.OV). These topics are essential for C-suite executives, boards, and fractional CISOs making strategic security decisions.
SECONDARY COVERAGE: We also cover tactical and operational aspects including IDENTIFY (risk assessment), PROTECT (authentication & access control), DETECT (threat detection & monitoring), and RESPOND (incident management) as they relate to executive decision-making and organizational strategy.
What every SMB leader needs to know about generative AI and cybersecurity risk. Covers the OWASP Top 10 for LLMs, the Pyramid of Pain defense strategy, Shadow AI threats, and alignment with NIST, MITRE ATT&CK, and EU AI Act frameworks. Includes practical self-assessment and free GenAI assessment offer.
Read Article →A comprehensive governance strategy for generative AI centered on the Six-Level GenAI Governance (6L-G) lifecycle framework. Covers deployment models (SaaS, API, Self-Hosted), unique AI risk profiles including hallucinations and prompt injection, agentic AI adoption barriers, and practical implementation artifacts for GRC programs aligned with ISO 42001.
Read Article →A strategic analysis of how AI is fundamentally reshaping the cybersecurity landscape, serving as both weapon and shield. This executive briefing examines offensive AI threats, defensive capabilities, and the governance challenges facing organizational leadership in the age of AI-driven cyber conflict.
Read Article →How to stop treating compliance as a documentation exercise and start building it as an engineering discipline. Covers multi-framework control mapping (SOC 2, NYDFS Part 500, HIPAA, GDPR), evidence collection pipelines with canonical schemas, vendor risk signal aggregation with weighted composite scoring, AI-assisted GRC workflows with governance boundaries, living data maps, and executive reporting that makes risk legible.
Read Article →HIPAA compliance alone leaves telehealth providers exposed. A comprehensive walkthrough of all six NIST CSF 2.0 functions — GOVERN, IDENTIFY, PROTECT, DETECT, RESPOND, and RECOVER — applied specifically to telehealth security. Includes HIPAA vs. NIST gap analysis table, technical self-assessment, and fractional CISO value proposition.
Read Article →Hudson Valley telehealth providers face enterprise-grade threats with small-business resources. Learn why local healthcare organizations are moving from HIPAA checklists to NIST CSF 2.0 governance, and how a fractional CISO makes enterprise-level security leadership affordable for regional providers.
Read Article →They passed their HIPAA audit on Thursday. The ransomware hit on Monday. A provocative look at the 5 myths that make healthcare organizations targets, the telehealth blindspot that HIPAA doesn't address, and what actually works to protect patient data in the modern threat landscape.
Read Article →A practical vendor due diligence questionnaire for telehealth platforms. Covers sub-processor risk, breach notification obligations, and the 12 questions every practice should ask before signing a BAA.
Read Article →A quarterly security metrics template designed for healthcare boards and practice leadership. Translates technical security posture into business language with traffic-light indicators and trend tracking.
Read Article →A structured 14-day plan to convert audit confidence into operational hardening. Covers control validation, phishing simulation, backup testing, and risk register updates for the critical post-audit window.
Read Article →An AI feature intake form and governance framework for healthcare organizations evaluating ambient listening, clinical decision support, and AI-powered documentation tools. Covers data sovereignty, model training consent, and regulatory risk.
Read Article →A practical PHI asset inventory template for telehealth environments. Maps every system that touches patient data, identifies ownership gaps, and provides a classification framework for data-at-rest and data-in-transit.
Read Article →A home network threat model for remote clinicians with clinician hardening checklist and patient safety handout. Covers router vulnerabilities, IoT risks, network segmentation, and physical privacy controls.
Read Article →MFA implementation guide, RBAC matrix, and session management policies for telehealth. Covers why identity is the only consistent perimeter when every login comes from a different location.
Read Article →A deprovisioning runbook for healthcare practices with system-by-system checklist, SLA targets, and orphaned account audit procedures. Covers the gap between HR notification and IT action.
Read Article →A data handling standard for telehealth recordings, chat logs, and session artifacts. Maps PHI sprawl across platforms, identifies retention gaps, and provides a classification framework for telehealth-generated data.
Read Article →An integration risk register and API security assessment for telehealth platforms. Covers EHR-to-platform data flows, FHIR endpoint exposure, OAuth token management, and third-party integration risks.
Read Article →A comprehensive training presentation demystifying reverse engineering for business leaders. Covers malware analysis fundamentals, anti-debugging techniques, the technical architecture of software execution (CPU registers, stack management, instruction flow), and practical business applications including threat detection, third-party software vetting, and legacy system maintenance.
View Training →A monitoring map for telehealth environments defining critical vs. noise events. Covers authentication anomalies, EHR access patterns, telehealth session monitoring, and alert threshold tuning for small practices.
Read Article →A comprehensive technical presentation on digital forensics methodology for incident analysis. Covers evidence acquisition and preservation, chain of custody requirements, layered analysis approaches from physical media to application layer, techniques for recovering hidden and deleted data, file carving methods, timeline analysis using MACB timestamps, and the evolving battlefield of anti-forensics. Essential guidance for investigators conducting post-incident digital archaeology to reconstruct events and prove intent.
Download Presentation →A ready-to-run 90-minute tabletop exercise script with realistic decision points, structured debrief template, improvement log, and paper charting fallback procedures. Designed for healthcare practices that need to test response capability, not just review plans.
Read Article →A practical recovery playbook for telehealth practices aligned to NIST CSF 2.0 RECOVER. Covers the Change Healthcare wake-up call, RTO/RPO targets, a 1-page recovery runbook, quarterly testing cadence, HIPAA vs. NIST recovery gap analysis, and a 10-question readiness self-assessment.
Read Article →