Orchestrating Incident Response Across Many Security Feeds at Once

A real incident doesn't announce itself in one place. It lights up the endpoint tool, the network sensor, the email gateway, the cloud-access logs — each with its own partial view, its own alert format, its own console. The analyst's job becomes assembling a coherent picture from a dozen fragmented feeds, fast, under pressure. That fragmentation is where response slows down and where attackers buy time.

The grant US11930022B2, "Cloud-based orchestration of incident response using multi-feed security event classifications" (issued March 12, 2024, assigned to Fortinet, Inc.), attacks the fragmentation. Its CPC classifications combine the intrusion-detection classes H04L 63/1416 and H04L 63/1433 with the classification class G06F 18/24 and the machine-learning class G06N 20/00 — orchestration that classifies events from many feeds in one place.

The mechanism worth understanding is unification through classification. By bringing signals from multiple security feeds into a single cloud layer and classifying them together, the system can recognize that a set of alerts scattered across different tools are facets of one incident — and then orchestrate a coordinated response rather than leaving each tool to react in isolation. The cloud is the vantage point from which the whole picture is visible.

For defenders, the practical takeaway is that modern security stacks are sprawling, and the integration problem is now as important as any individual detection. The best endpoint tool in the world is less valuable if its alerts can't be correlated with the network and email feeds in time to act. Orchestration is the connective tissue that turns a collection of tools into a defense.

The challenge is doing this without becoming a single point of failure or a bottleneck — concentrating orchestration in the cloud has to be reliable and fast enough to be trusted during an active incident. The patent reflects the industry's recognition that the next gains in defense come less from better individual sensors than from coordinating the sensors organizations already have.