By AIM · AIM Media House
CrowdStrike unveiled Continuous Identity for AI Agents on June 15 at Identiverse 2026, expanding its Falcon Next-Gen Identity Security portfolio with a capability designed to continuously authorize AI-driven actions based on identity, context, and risk.
The cybersecurity company said the new offering moves beyond traditional access controls that rely on static policies and standing privileges.
Instead, every action performed by an AI agent is evaluated in real time based on who owns the agent, who initiated the request, and the security posture of the associated device.
Elia Zaitsev, Chief Technology Officer at CrowdStrike, said autonomous AI systems require a different approach to identity security than conventional enterprise applications. “AI agents are transforming how work gets done, and how identities must be secured,” Zaitsev said.
“Authorize once and trust indefinitely is not a security model; it's a liability.” The announcement reflects a broader shift across the cybersecurity industry as organizations deploy AI agents capable of accessing data, invoking tools, interacting with APIs, and coordinating with other agents without direct human intervention.
Recent industry discussions have increasingly focused on the risks associated with non-human identities and autonomous software systems. Growing enterprise investment in AI governance and security controls highlights how organizations are preparing for those challenges as agentic AI adoption expands.
Securing AI Agents With Continuous Authorization CrowdStrike said Continuous Identity for AI Agents dynamically grants, denies, and revokes access based on real-time risk signals. The capability is powered by technology acquired through the company's purchase of identity security startup SGNL earlier this year.
According to CrowdStrike, each AI agent receives a cryptographically verifiable identity using the SPIFFE (Secure Production Identity Framework for Everyone) standard, which is designed to replace static credentials such as API keys with secure workload identities.
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