Built with Zero Trust SD-WAN, Zscaler SASE Solution Eliminates Security Risks and Complexity of Traditional SD-WAN
Zscaler, Inc. has come up with Zscaler Zero Trust SASE, an industry first, single-vendor SASE solution built utilizing Zscaler Zero Trust AI to help organizations reduce cost and complexity while implementing Zero Trust security across users, devices, and workloads. Additionally, Zscaler announced general availability for its Zero Trust SD-WAN solution and portfolio of plug-and-play appliances to help customers modernize secure connectivity for branch offices, factories, and data centers while also eliminating the need for ineffective firewalls and VPNs.
“Zscaler Zero Trust SD-WAN will connect and secure users, devices, sites, and workloads using our single-vendor SASE platform, without the cyber risks of traditional SD-WAN.”
– Naresh Kumar, VP, Product Management, Zscaler
The new Zscaler solutions are built on a Zero Trust architecture, where business policies determine user and device access. Legacy network and firewall architectures introduce risk and complexity, and enable lateral threat movement which is often exploited by ransomware attacks. Zero Trust SD-WAN provides secure inbound and outbound connectivity while reducing business risk and network complexity.
By connecting users, locations and applications through the Zero Trust Exchange Platform, this solution extends zero trust beyond users and protects device and server traffic at branches, warehouses and factories. Zscaler is also employing its adaptive AI engine to continuously assess risk for users, devices, destinations, and content, incorporating telemetry from 500 trillion daily signals with third-party risk intelligence.
“Users and organizations want a café-like branch experience to empower hybrid work,” said Naresh Kumar, VP, Product Management, Zscaler. “Employees expect the same seamless and secure access they would have in an office setting, whether they are at home or on the go, without having to access their applications over a slow, cumbersome VPN. Zscaler Zero Trust SD-WAN will connect and secure users, devices, sites, and workloads using our single-vendor SASE platform, without the cyber risks of traditional SD-WAN.”
With this new approach, Zscaler is delivering Zero Trust SASE, bringing together its industry-leading AI-powered SSE platform and its new Zero Trust SD-WAN solution to enable a hybrid workforce spanning all locations as well as an organization’s remote users. Zero Trust SD-WAN secures inbound and outbound Zero Trust connectivity in a single device. This approach requires no overlay routing complexity, no additional firewalls, and no separate policies for sites and users.
“By adopting Zero Trust SASE, we’ve successfully implemented a comprehensive Zero Trust security framework that spans across our branches, data centers, and the cloud,” said Mike Gemza, CTO, Cornerstone Brands. “The implementation of Zero Trust SD-WAN has empowered us to protect our business against increasing cyberthreats by reducing attack surface, preventing lateral threat movement, and enhancing application performance with a non-routable WAN.”
“We continue to see strong interest and significant adoption of SASE among enterprises, along with a move to simplify, consolidate, and reduce costs,” said Christopher Rodriguez, Research Director, Security & Trust at IDC. “With a strong emphasis on its Zero Trust heritage, Zscaler has made a bold move to introduce a solution that combines its popular SSE platform with a new Zero Trust SD-WAN offering that can help these enterprises on their SASE journey.”
With Zscaler, organizations can connect its users and devices to apps through a proxy and benefit from integrated AI-powered cyberthreat and data protection capabilities including FWaaS, SWG, CASB, and DLP. This comprehensive platform eliminates point products, reduces cost and complexity, and provides simpler management for IT teams. IT teams will be able to push granular forwarding policies for Internet, SaaS, and private applications; gain centralized visibility and management; and access AI-powered IoT device discovery and classification, bolstering their security posture for users while eliminating the need for additional firewalls and edge routers at branch locations.
