AI data security stops leaks at the moment data enters a prompt or upload. See why on-device inspection beats network and at-rest tools, with dope.security.

Netskope's own SLA budgets about 50 ms for decrypted traffic versus under 10 ms undecrypted, a 5x penalty on the inspection a SWG exists to do. Here is why cloud-proxy decryption is the slow path and how dope.security inspects on the device with no round trip.

Zscaler's most disruptive outages have been self-inflicted by its own scheduled maintenance hitting its own proxy nodes. Here is the documented record and why dope.security's on-device architecture removes the shared control plane that becomes a fleet-wide single point of failure.

AI security posture management is continuous, enforceable, and cross-surface, not a one-time scan. Learn what AI-SPM means in 2026 and how dope.security's three-layer model governs AI risk where your proxy cannot see: inside the tenant.

A complete 2026 buyer's guide to data loss prevention: the four DLP models, how to choose, DLP for Google Workspace and Microsoft 365, and why on-device, zero-retention DLP from dope.security stops leaks without becoming a second breach surface.

A firewall controls ports and IPs. A secure web gateway controls what users actually do inside web and SaaS sessions. This guide explains the difference, when you need both, and why dope.security delivers SWG on the device.