Netskope outlines AI-enabled healthcare security priorities at HIMSS 2026
2 companies named across 10 categories, one of 191 articles referencing Netskope. Previous coverage: Security posture updates, AI RAN planning, BT PSTN retirement - Week of March 23, 2026 (Mar 2026).
Best suited for
- Seniority
- C Level / Executive Team
- Job function
- Cybersecurity / Information Security
- Persona
- Security Operations Leader
- Buyer role
- Business Stakeholder (Line of Business)
- Decision stage
- How to start
- Adoption curve
- Early Adopters
- Technology maturity
- Market Correction
- Industry
- Health Care / Health Care Equipment & Services / Health Care Providers & Services / Health Care Services
Our classification, not the publisher's statement. Best suited for, not only for.
Netskope’s HIMSS 2026 recap focuses on how AI-enabled hospital systems are changing healthcare security priorities, emphasizing risk management, regulatory compliance, and service continuity. The vendor links conference discussions to practical themes such as asset discovery, identity-centric controls, and continuous monitoring for PHI environments.
Research Overview
The post summarizes Netskope’s engagement with healthcare CISOs and IT leaders during HIMSS 2026 and frames the discussions around three security pillars: risk, compliance, and continuity. It also says the goal was to assess how modern healthcare security needs evolve as connectivity expands beyond traditional hospital boundaries.
In the recap, Netskope describes its approach to evaluating conference themes through these pillars and positions them as requirements for protecting patient care operations in highly connected environments.
Key Findings
The recap reports that a HIMSS panel on “The Modern Blueprint for the AI-Enabled Hospital” examined how organizations can use AI-driven telemetry to support continuous compliance and clinician agility in a changing threat landscape. It names Steven Ramirez, CISO of Renown Health, and Kris Vande Loo, VP of Healthcare at Netskope, as panel participants.
The vendor outlines three factors for enabling Artificial Intelligence (AI) in healthcare: discovery and asset management for data, applications, and services (DAAS); audit and control testing, particularly for vendors handling PHI; and continuous monitoring and compliance using Continuous Threat Exposure Management (CTEM) to remediate vulnerabilities before exploitation.
Technical Breakdown
For incident resilience and privacy, the post describes the value of a unified Secure Access Service Edge (SASE) architecture compared with legacy VPNs. It states that the SASE approach keeps users off the network in a way that supports patient privacy in hybrid work settings.
The recap also highlights three floor observations. It says healthcare is shifting toward passwordless authentication and agentic identity management, points to identity and resource access as a new perimeter, and describes Netskope’s Zero Trust Engine as providing contextual awareness for granular policies that assess identity and risk in real time.
Operational Impact
On zero trust implementation, the post says “trust, and always verify” appeared across sessions and that more vendors are adopting zero trust language. It also states that some solutions may lack contextual depth such as instance awareness and behavioral anomaly signals.
For shared clinical environments, the recap describes securing shared mobile devices and workstations to avoid friction for clinicians. It references a Netskope and Imprivata integration for identity handling in shared, mission-critical settings, stating that the intent is fast access for sessions while maintaining the security posture.
Overall, the post ties HIMSS 2026 discussions to a security program built around risk, compliance, and continuity, with emphasis on AI telemetry, identity-centric controls, and continuous monitoring. This “Blog Signals brief” is a fact-based summary of the vendor blog.
Blog post, originally published by Kevin Cornejo at netskope.com.