90% of senior cybersecurity decision makers anticipate coordination breakdowns in the event of a cyber incident.

47% of requests to cached content come from bots.

60% of all origin traffic is from bots.

57% of AI fetcher requests target non-cached content.

All tested AI models now complete vulnerability research tasks, and 50% generate working exploits autonomously

49% of surveyed cybersecurity practitioners attribute most or all of the increased engineering delivery to AI-assisted coding tools.

40% of security practitioners say they are keeping up well with the increased volume of code requiring security review.

68% of IT leaders at higher education institutions want "built-in" security in their network architectures.

31% of IT leaders at higher education institutions cite infrastructure complexity as the leading barrier to Zero Trust implementation.

91% of campus IT leaders are open to or are already adopting AI-powered Network-as-a-Service (NaaS) with autonomous operations.

70% of enterprises say their trust in AI has not increased since the previous RSA Conference.

49% of enterprises report their trust in AI is unchanged since the previous RSA Conference.

21% of enterprises say their trust in AI has decreased since the previous RSA Conference.

In small organizations, VIP impersonation accounts for 43% of internal impersonation attacks.

51% of unknown AI agents emerge in internal automation or scripting environments.

35% of enterprises report financial losses from AI agent-related incidents.

68% of enterprises report high confidence in their visibility into AI agents.

82% of enterprises have discovered previously unknown AI agents in the past year.

40% of unknown AI agents emerge in developer-created workflows.

24% of enterprises rely on human-in-the-loop models for most AI agent tasks.