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While zero trust promises reduced exposure to security incidents and data breaches, as well as simplified compliance with regulatory requirements, deploying a zero trust architecture is not as simple as implementing least privilege access controls and replacing legacy virtual private networks (VPNs) with zero trust network access (ZTNA).
But what are network operators to do when their cloud networks have to be distributed, both architecturally and geographically? As a cloud network scales, three forces compete against the acceptable accumulation of this gravity: cost, performance, and reliability. One of my personal experiences is with identity.
A remote access virtual private network (VPN) is a solution designed to securely connect a remote user to the enterprise network. A remote access VPN creates an encrypted tunnel between a remote worker and the enterprise network. This allows traffic to be sent securely between these parties over untrusted public networks.
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