Join our virtual hands-on lab to explore Zscaler's Zero Trust Branch (ZTB) platform, focusing on Branch Connector and Airgap technologies. This session demonstrates how Zscaler's modern approach moves beyond legacy network architectures to enforce least-privilege access and advanced micro-segmentation. You'll see how each endpoint is isolated, dramatically reducing the attack surface and preventing lateral movement—crucial for containing breaches and limiting internal threats. Participants will tour the Zscaler Internet Access (ZIA), Zscaler Private Access (ZPA), and Privileged Remote Access (PRA) consoles, and observe how policies and rule sets provide granular control over user and device access for both internal (East-West) and external (North-South) traffic. The lab is read-only, but you'll be able to view all Zscaler modules and their settings in action.

Join our interactive lab workshop to explore Zscaler's Unified Vulnerability Management (UVM) and Risk360 modules. This session is designed for security and IT professionals seeking to enhance their organization's asset hygiene, vulnerability management, and cyber risk quantification. You'll gain hands-on experience with Zscaler's Security Fabric, learning how to identify and prioritize vulnerabilities, deduplicate findings, and streamline remediation workflows. The workshop includes practical exercises, expert guidance, and live Q&A to help you master modern vulnerability management strategies.

Join us for an insightful virtual event where we delve into Zscaler's game-changing solution for simplifying zero trust on LANs. As cyber threats continue to escalate, zero trust architectures that secure the entire attack surface, including Local Area Network (LAN) environments, are essential. With Zscaler's recent integration of Airgap Networks, organizations now have access to an agentless, identity-based segmentation solution that streamlines zero trust implementation across LAN environments. This event will explore how this innovative solution reduces operational burdens, enhances security, and offers a simplified, scalable approach to LAN security.