Secure Remote Access with a Fast, Simple VPN Alternative
Increase user productivity with a modern zero trust architecture.
Empower your hybrid workforce and reduce business risk with zero trust
Don't let your legacy virtual private network (VPN) slow your business down. Transform your modern, distributed environment with zero trust network access (ZTNA) that's secure, fast, and easy to deploy.
The Problem
VPNs leave you exposed to ransomware, DDoS, and other cyberattacks
Insecure
VPNs put users directly on your network, free to move laterally, elevating your risk of a data breach.
Slow
Resource-heavy clients, unstable connections, and data center backhauling create poor user experiences.
Complex
Hardware and routing table management, troubleshooting, and patching increase IT and administrative burden.
VPNs are not zero trust by design
56%
54%
62%
91% of organizations are concerned that VPNs compromise their security
Solution Overview
Deliver safe access for users anywhere
Don't let your legacy virtual private network (VPN) slow your business down. Transform your modern, distributed environment with zero trust network access (ZTNA) that's secure, fast, and easy to deploy.
Reduce your attack surface and the risk of lateral threat movement. Say goodbye to exposed IP addresses—connections are brokered, not routed over the internet.
Grant users direct access to private apps through the closest of more than 150 points of presence worldwide. Never backhaul traffic through your data center.
Easily deploy and enforce simpler, consistent policies across HQ, branch offices, and remote users. Leverage our unified agent and support for agentless access.
Consolidate remote access to all applications, including server-to-client systems and VoIP services as well as apps hosted in partner networks.
Benefits
Minimize business risk, maximize user productivity
Secure private app access from anywhere
Connect users to apps, never the network, with AI-powered user-to-app segmentation. Prevent lateral threat movement with inside-out connections.
Provide fast access for all users
Give authorized employees, contractors, and other third parties direct, low-latency access to private applications, wherever they are.
Reduce cost and complexity
Eliminate the need for VPN infrastructure as well as its hardware and opex costs. Accelerate M&A time-to-value without having to integrate networks.
Go beyond private app access
Deploy comprehensive defense and protect private app data with integrated services, including advanced threat protection, private app protection, deception, and data protection.
Technology alliances
Featured technology partner alliances
Grant users direct zero trust access to private apps on AWS or on-premises from any location or device. Reduce risk with AI-powered user-to-app segmentation and policy recommendations.
Secure application access, streamline transformation, and simplify cloud migration. Enjoy support across all SAP ERP platforms, including SAP HANA Enterprise Cloud deployments.
Send any communication efficiently and securely to the Microsoft Network. Take advantage of direct global peering without the cost, complexity, and performance issues of legacy VPN.
Customer Success Stories
Guaranteed Rate gains 2-3x faster access to apps
Cebu Pacific Air boosts user satisfaction by 90% over legacy VPN
Baker & Baker replaces hardware-based VPNs with ZTNA
State of Oklahoma consolidates 100+ agencies with zero trust
FAQ
Zero trust network access (ZTNA) enables secure access to internal apps for remote users. Also called software-defined perimeter (SDP), ZTNA grants access on a need-to-know, least-privileged basis, never by default. Users can access private apps without accessing the network or exposing the apps to the internet. Learn more.
While VPNs connect users to a network, ZTNA creates secure segments of one between individual devices and apps. This way, only authorized users have access to specific private applications, and no network access—meaning no lateral movement. Instead of physical or virtual appliances, ZTNA uses software to connect apps and users to the cloud. Learn more.
After they gain access to a network, attackers use lateral movement to access other resources on the network. Using stolen credentials or other methods of privilege escalation, they move through the network to locate sensitive data. With their activities disguised as permitted network traffic, attackers can avoid detection and prolong their attacks. Learn more.