The Zscaler Zero Trust Exchange™ is a cloud native platform that connects and secures users, workloads, and devices over any network from any location.
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Holistic approach to securing users, workloads, and devices
Full TLS/SSL inspection at scale for complete data protection across the SSE platform
Zero Trust Connectivity
Connect to apps, not networks, to prevent lateral movement with ZTNA
Digital Experience Management
Identify and resolve performance issues
Securely connect authorized users, devices, and workloads using business policies
Today’s security needs go beyond legacy technology
As cyberattacks become more sophisticated and users work from anywhere, the hub-and-spoke networks and perimeter security we once relied on—VPNs and firewalls—fail to provide strong cyber and data protection and deliver poor user experience. Stretching your network like this enables cybercriminals to attack and compromise sensitive data.
How enterprises get compromised: four stages
Transform security with confidence
The Zscaler Zero Trust Exchange Architecture
The Zero Trust Exchange starts with the premise that no user, workload, or device is inherently trustworthy. The platform first verifies identity and context, applies controls, and enforces policy before brokering a secure connection between a user, workload, or device and an application—over any network, from anywhere.
To fully understand the Zero Trust Exchange, it's useful to break it down into individual building blocks that are executed before any connection is established.
Verify identity and context
Verifies the user, device, or workload identity through integrations with third-party identity providers.
Validates the context of the connection requester, looking at attributes such as role, responsibility, request time, location, and circumstances of the request.
Confirms that the owner has the rights and the destination is known, understood, and contextually categorized for access.
Leverages AI to dynamically compute a risk score of the requested access based on factors such as device posture, threats, destination, behavior, and policy.
Conducts inline decryption and deep inspection of inbound traffic to identify and block malicious content.
Performs inline decryption and deep inspection of outbound traffic to identify sensitive data and prevent exfiltration through inline controls.
Determines what conditional action to take regarding the requested connection. This action ultimately results in conditional allow or conditional block of the requested access.
Comparing zero trust architecture with next-gen firewall architecture
The most comprehensive cloud security platform
Secure Your Users
Empower your people with fast, secure, and reliable access to the internet, SaaS, and private apps.
Secure Your Workloads
Protect cloud workloads and cloud/SaaS data with zero trust connectivity, segmentation, and posture control.
Secure Your IoT/OT
Provide zero trust internet access for IoT and OT devices and privileged remote access to OT devices.
NOV Secures Access for 27,000 Employees Across 60 Countries
Baker & Baker Boosts Enterprise Data Security by Nearly 90% with the Zero Trust Exchange
Careem Capitalizes on a Global Talent Pool Using Zscaler to Power True Work-from-Anywhere
Cache Creek Casino Resort Fast-Tracks Security and Business Modernization with the Zero Trust Exchange
Operator of the world’s largest security cloud. Universally recognized as the leader in zero trust.
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