The Problem
Traditional SD-WAN facilitates the spread of ransomware
Your users and devices need secure access to critical applications across the web, public clouds, and private data centers. Traditional software-defined wide area network (SD-WAN) solutions achieve this by extending your network everywhere. Unfortunately, they also enable attackers to enter and move freely throughout your network.

Use cases
Zero Trust SD-WAN in action

Eliminate complex site-to-site VPNs or hub-and-spoke networks with a direct-to-cloud architecture, improving performance.

Enable branches in one IT environment to quickly connect to private apps in another, with no need to integrate networks, with zero touch provisioning.

Provide clientless browser-based access to SSH/RDP ports on OT assets for third parties while removing exposed ports or VPN endpoints, eliminating the attack surface.

Get deeper visibility and insights into IoT devices at the branch. Automatically classify devices based on traffic profiles, and easily manage policy controls for IoT traffic.
FAQ
FAQs
SD-WAN can replace MPLS in most cases, but organizations with certain compliance or privacy requirements may use both. MPLS circuits can also serve as SD-WAN routes when required. As such, MPLS circuits can remain during a migration and later be phased out as appropriate.
Zero Trust SD-WAN closes critical network security gaps left by traditional SD-WAN. It extends zero trust across the environment, enabling consistent policy enforcement for users, IoT/OT devices, and applications. By connecting users and devices to apps over a zero trust network overlay, it reduces network management complexity and eliminates lateral threat movement.
Yes, SD-WAN is well-suited for organizations with changing or temporary branches. It enables quick setup, easy management, and cost-effective connectivity using public internet, making it more flexible than traditional options like MPLS.
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See how Zero Trust Branch can help you eliminate lateral movement and extend zero trust access to all users, devices, and servers anywhere.













