Enterprise AI is rapidly evolving from passive chatbots that read data to autonomous, agentic systems with the authority to execute transactions, modify code, and interact with other agents. While this "non-human workforce" promises unprecedented productivity, it introduces a paradigm shift in enterprise risk. Traditional, static security controls and human-in-the-loop governance are ill-equipped to handle the speed, autonomy, and blast radius of agentic workflows.    In this session, we will bypass the AI hype to address the concrete realities security leaders  face today. We will dissect the unique vulnerabilities of agentic architectures—including cascade failures, authorization bypasses, and agent-to-agent threat vectors. Attendees will walk away with a strategic, high-level blueprint to redefine identity and access management (IAM) for autonomous systems, establish real-time semantic guardrails, and implement continuous auditing without stifling enterprise innovation.

As traffic shifts to SaaS and cloud and encryption becomes the norm, traditional network tooling often loses context right when defenders need it most. This panel explores how to achieve actionable visibility in hybrid environments using modern NDR approaches: metadata-based detection, behavioral analytics, cloud flow logs, endpoint-network correlation, and practical strategies for east-west monitoring. Panelists will discuss realistic detection use cases (lateral movement, C2, data exfil), integration with SOC workflows, and how to build confidence in detections without drowning in noise.

As AI moves from "chatting" to "doing," we are witnessing the birth of a new class of identity: the Agent. Unlike traditional service accounts, agents act with human-like autonomy but machine-speed risk. This session breaks down the three critical authentication patterns for the agentic era—from user-delegated OAuth to the emerging Model Context Protocol (MCP)—and provides a blueprint for preventing "identity hijacking" in multi-agent ecosystems

Micro segmentation is often sold as a silver bullet—until implementation hits legacy apps, unclear dependencies, and operational risk. This panel focuses on deploying segmentation as a practical containment strategy: mapping dependencies, starting with high-value zones, enforcing least-privilege connectivity, and iterating safely with monitoring and policy testing. Panelists will share lessons learned on what to segment first, how to avoid outages, and how segmentation fits into incident response when containment speed matters.

AI enabled attackers don't wait for patching schedules. In today’s encrypted, distributed networks, point security solutions leave critical gaps that attackers exploit within hours of discovery. Securing hybrid environments demands a simplified, platform-driven defense capable of stopping threats before they even gain a foothold.    

We will explore key architectural priorities for growing enterprise networks, closing with an inside look at  frontier virtual patching which provides preemptive, pre-disclosure protection—shielding enterprise workloads, applications, and open-source assets automatically without operational friction or downtime.    

Key Takeaways:  

• Unified Defense: Replaces point-product gaps with a simplified platform across hardware, virtual, and cloud edges.  
• Preemptive Protection: Uses frontier virtual patching to shield enterprise assets before public disclosure.  
• Zero-Downtime Security: Stops zero-day threats automatically at the network edge without reboots or manual policy changes

SASE promises simplified networking and security—but real deployments must reconcile legacy connectivity, performance, policy consistency, and vendor sprawl. This panel explores how organizations are approaching SASE to enable secure access across remote users, branch offices, cloud workloads, and SaaS. Topics include consistent policy enforcement, identity-aware access, data protection, integration with existing network stacks, and how AI-driven automation can help teams manage complexity while improving protection.