The average adversary breakout time is now 29 minutes, with the fastest recorded at 27 seconds, according to the CrowdStrike 2026 Global Threat Report. AI is supercharging the adversary playbook, empowering many to move faster across multiple domains. Defenders must match that speed with AI-driven security operations that investigate and respond across every domain, in real time.
CrowdStrike is delivering new innovations with the next evolution of the agentic SOC, in which analysts and AI agents work together in a unified system.
In the legacy SOC, evidence lives in disconnected systems. Automation is split across separate interfaces and execution logs. Analysts toggle between tools and manually stitch together context. Only a subset of detections receives real investigation while everything else piles up as a structural blind spot.
But most security teams struggle to achieve an agentic SOC transformation, for three key reasons. First, fragmented data prevents cross-domain investigations. When context lives in separate tools and isn’t AI-ready, agents can’t connect the dots across identity, cloud, endpoint, SaaS, and network. Second, isolated agents reach incorrect or late verdicts. Because they work in silos with sequential handoffs, they see only a partial picture, which reverts the work back to analysts. Third, ungoverned automation creates breach points. Agents act in your environment and connect to your systems; if you can’t build, monitor, and control them, you can’t see what’s running, what it’s connected to, or what it costs.
CrowdStrike takes a different path. The CrowdStrike Falcon® platform is not just where agents run. It is where the data is generated, enriched, investigated, orchestrated, and governed.
New at Fal.Con 2026: The Evolution of the Agentic SOC
At Fal.Con, CrowdStrike is delivering the next evolution of the agentic SOC, a production operating model where expert agents and analysts stop breaches as one system. New capabilities in the Falcon platform include:
- A more unified foundation: Third-party data now arrives detection-ready through certified pipelines, with detection logic running inside the pipeline before data reaches its destination. This accelerates both time-to-value and mean time to detect (MTTD).
- Coordinated teams of specialist agents: For actions ranging from cross-domain investigations to proactive reconnaissance, teams can deploy fleets of battle-tested agents built by CrowdStrike experts and coordinated by an orchestrator agent, all of which work out of the box.
- A unified agentic SOAR workspace. Charlotte AI AgentWorks, SOAR orchestration, and CrowdStrike Falcon® Foundry converge in one place to build and govern rule-based and agentic automation alike, with expanded flexibility for how security teams can build agents and connect them to their security stack via MCP.
See it in action: Coordinated expert agents investigate every domain at once and converge on a single verdict
Let’s take a closer look at what’s new.
Certified Data, Ready for Agents
The Falcon platform starts from native telemetry and extends outward, delivering petabytes of cross-domain data refined by elite security experts in one unified foundation. Teams decide what is ingested and what is federated, and critical first-party data has no ingestion cost. The result is agents with a complete view of their environment that is AI-ready from the start.
Third-party data traditionally depends on pipelines customers build and maintain themselves, with no guarantee that data lands complete or usable. A single dropped field or schema change can break a detection without anyone noticing. In an agentic SOC, where agents act on data automatically, that risk compounds.
CrowdStrike is closing this gap with new capabilities that optimize how third-party data gets in, what happens to it in flight, and whether teams can trust it when it lands. These include:
Certified data pipelines (Public Preview). Teams will get pre-built, pre-tested data flows that CrowdStrike validates and maintains, starting with Zscaler and Palo Alto Networks. Sources go live in hours and arrive detection-ready, so coverage starts when a new source is connected. There is no pipeline overhead to carry, and only security-relevant data reaches the platform.
