As organizations adopt zero trust network access (ZTNA), they face growing operational complexity and policy sprawl driven by manual configuration and constant change.
Netskope Private Access AIOps addresses these challenges with AI-driven automations that continuously analyze real-time usage to define and optimize granular application segments and access policies.
By automating policy creation, configuration audits, and cleanup of unused rules, the agent removes ongoing operational overhead, helping IT teams to enforce least privilege faster, maintain stronger security, and scale zero trust without added complexity.
The result is precise, identity-based access that reduces excessive permissions and limits lateral movement risk.
As organizations adopt zero trust, they face high operational complexity moving to granular, identity-based access. Manual policy creation does not scale, while cloud growth and acquisitions create policy sprawl, poor visibility, and weakened enforcement, making it difficult to sustain least-privilege access and operational efficiency
Netskope Private Access AIOps Agent is an industry-first AI assistant that simplifies the creation, optimization, and audit of zero trust network access (ZTNA) policies. It automatically defines and optimizes granular application segments and policies based on real usage patterns, while enforcing least-privilege access. By reducing complexity and administrative effort, it accelerates ZTNA adoption and helps organizations scale zero trust more efficiently.
Private Access AIOps Agent auto-analyzes traffic and policies to create granular application segments by users, apps, access methods, and attributes, enabling least-privilege access without effort
Private Access AIOps Agent audits ZTNA configuration against user patterns, recommending removal of broad rules, dormant destinations, and unused ports while suggesting narrower destination and port ranges to reduce attack surface and maintain strong zero trust security.
