Netskope is recognized as a Leader again in the Gartner® Magic Quadrant⢠for SASE Platforms. Get the Report
56% organizations experienced at least one VPN-related security incident in the past year. Get the 2025 VPN Under Siege Report.
Source: VPNs Under Siege: Why You Need Zero Trust Access in 2025
Netskope One Private Access goes beyond basic remote access, delivering a full replacement for VPNs and an alternative to NAC. It provides a unified, intelligent solution for secure access to any private app, from any user or device, anywhere. With context-aware controls and real-time enforcement, it reduces risk, boosts performance, and gives IT the agility to support todayās hybrid, cloud-first world.
Eliminate implicit trust and lateral movement with Netskopeās Zero Trust Engine, enforcing context-aware, least-privilege access to private apps
Connect users directly to private apps in AWS, Azure, and Google Cloud via the NewEdge Network, with 75+ global data centers for low-latency access and simplified operations
Cut VPN investment, refresh cycles, and ongoing management costs, and shift to a cloud-first security model that supports all apps, including legacy voice and video.
Ensure private apps are never exposed to the internet. Enhanced with native IPS, threat scanning, and DLP, protecting data and unmanaged devices, with no additional overhead.
Users gain instant, high-performance access to all apps across clouds and data centers, with a single client, removing the hassles and delays of legacy VPN/NAC.
Gain real-time, end-to-end insights into private app performance with Netskope One Digital Experience Management (DEM), reducing MTTR and ensuring secure, high-performance access.
Eliminate implicit trust and lateral movement with Netskopeās Zero Trust Engine, enforcing context-aware, least-privilege access to private apps
Connect users directly to private apps in AWS, Azure, and Google Cloud via the NewEdge Network, with 75+ global data centers for low-latency access and simplified operations
Cut VPN investment, refresh cycles, and ongoing management costs, and shift to a cloud-first security model that supports all apps, including legacy voice and video.
Ensure private apps are never exposed to the internet. Enhanced with native IPS, threat scanning, and DLP, protecting data and unmanaged devices, with no additional overhead.
Users gain instant, high-performance access to all apps across clouds and data centers, with a single client, removing the hassles and delays of legacy VPN/NAC.
Gain real-time, end-to-end insights into private app performance with Netskope One Digital Experience Management (DEM), reducing MTTR and ensuring secure, high-performance access.
We can quickly onboard and drive value from acquisitions without impacting our security posture, while securing access anywhere, to anything, and at any time.
From delivering unbeatable security and control to enabling us to operate a variety of technologies as a cohesive system, Netskope is an important part of our journey to ZTNA.
Netskope has given us an easy-to-deploy, centralized cloud platform to retire legacy environments that ran VPNs with direct connections.
Take the 14-Day Netskope Private Access Test DriveāFree
Experience how easy it is to replace legacy VPNs and connect users to private apps anywhereāwith one platform, one policy engine, and zero trust built in.
VPNs are increasingly a liability; over half of organizations faced VPN-related breaches last year. Beyond security risks, they slow performance and add complexity. Modern approaches like Zero Trust Network Access (ZTNA) and Secure Access Service Edge (SASE) deliver stronger security, simpler operations, and better user experiences.
Explore how to secure private app access with Netskope One Private Access. This guide outlines how the solution works, its key components, ideal use cases, and the advantages over remote access VPNsāhelping you accelerate zero trust adoption.
Netskope One Private Access delivers zero trust network access (ZTNA) to private applications, providing secure, direct connectivity for users while reducing attack surface and simplifying operations.