Securing the Agentic Frontier: Machine-Scale Identity and Authorization for Autonomous Agents

Tuesday, July 21

Americas: 2PM ET | EMEA: 3PM CET | APAC: 11AM SGT

As AI agents evolve from simple assistants to autonomous entities executing tasks at machine scale and speed, securing their digital footprints requires a radical shift from human-centric to machine-first identity frameworks.

This session introduces a robust blueprint for agentic identity security, establishing a foundational trust layer built on cryptographic SPIFFE-based universal workload identity for agents to ensure strong authentication and interoperability across agentic platforms. Learn how Idira Secure AI Agents by Palo Alto Networks seamlessly integrates this workload foundation with OAuth-based token flows for authorization whether agents are operating completely autonomously or acting on behalf of human users.

Whether you are a security leader or AI practitioner, join us to gain a concrete, actionable plan addressing issues such as:

Implementing cryptographic agent identities
Enforcing least agency for agents operating at machine speed
Applying privilege and governance control for agentic co-workers

Presenters:

Venu Shastri

Senior Dir, Idira Platform & Agentic Identity, Palo Alto Networks

Joe Garcia

Technical Marketing Manager, Agents & Workloads, Palo Alto Networks

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About CyberArk
CyberArk, a Palo Alto Networks company, is the global leader in Identity Security, trusted by organizations around the world to secure human and machine identities in the modern enterprise. CyberArk’s AI-powered Identity Security Platform applies intelligent privilege controls to every identity with continuous threat prevention, detection and response across the identity lifecycle. With Identity Security, organizations can reduce operational and security risks by enabling zero trust and least privilege with complete visibility, empowering all users and identities, including workforce, IT, developers, AI agents and machines, to securely access any resource, located anywhere, from everywhere. Learn more at cyberark.com.