Netskope App-Layer Intent and Context
Netskope
This is really a claim that SASE is moving from controlling internet destinations to understanding what a user is actually doing inside each cloud app. Netskope started in CASB, where the job is to see specific app actions like upload, download, share, prompt, or copy, tie those actions to user, device, app instance, and data sensitivity, and then allow or block them in real time. That matters more than classic web filtering as work shifts from browsing websites to moving sensitive data through SaaS and AI tools.
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A web gateway mostly asks where traffic is going, then blocks or allows a site or URL category. Netskope’s CASB model asks what action is happening inside the app, on which tenant, by which user, on which device, and against what kind of data. That is the practical meaning of intent and context at the application layer.
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Netskope built around inline CASB plus API inspection, which means it can watch data in motion and data at rest. In practice, a security team can stop a file upload to a personal Microsoft 365 tenant, scan data already stored in sanctioned SaaS apps, or apply DLP policies to Copilot interactions using the same control plane.
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Zscaler remains strong in secure web gateway and zero trust access, and it has expanded into CASB and DLP. But its positioning still starts from securing user to app and internet access, while Netskope’s differentiation is deeper SaaS level visibility and policy enforcement. That is why Netskope is often framed as stronger where cloud app governance and data protection drive the buying decision.
The next phase of SASE will be won by platforms that can inspect SaaS and AI interactions with enough detail to tell safe behavior from risky behavior, without forcing blanket blocks that frustrate users. As more work happens in Copilot, ChatGPT, Slack, and Microsoft 365, application level context becomes the control point that decides which vendors move from traffic filtering into core data security.