Netskope–Imprivata integration aims to protect patient data across cloud, web, AI, and private apps

Netskope announced an integration of Imprivata Enterprise Access Management with the Netskope One platform and Zero Trust Engine to secure access to shared clinical workstations and protect protected health information (PHI) across cloud, web, AI, and private applications.[3] The integration provides passwordless, tap-and-go access with identity-aware, real-time policies, addressing data leakage and access control risks as hospitals adopt AI-enabled SaaS and workflows.[3]

Report facts: Netskope has integrated Imprivata Enterprise Access Management with the Netskope One platform and Zero Trust Engine to provide passwordless tap-and-go access on shared clinical workstations, while enforcing identity-aware, role-based, real-time policies and DLP controls to protect PHI across cloud, web, AI, and private applications.[1][3][8] The integration uses high-fidelity identity context to correlate human and non-human (AI) activity, apply least-privilege access, and support HIPAA/HITECH compliance via granular visibility and audit trails.[1][3][8] RealGround analysis: This setup directly touches healthcare AI risk because AI assistants are now embedded in clinical workflows and are given dynamic access to PHI based on clinician identity and role.[3][4] The main security implication is that misconfigured policies, weak identity-to-AI mappings, or ungoverned "shadow AI" could still lead to PHI exposure despite Zero Trust controls, so organizations need rigorous AI-specific policy design, business-logic review of AI workflows, and continuous adversarial testing of AI behavior and data paths to ensure PHI remains protected as AI usage expands in hospitals.[3][4