With Falco, users can be confident that their Kubernetes clusters are secure and protected against potential attacks. Falco can also identify changes in Kubernetes resources and configurations, allowing users to detect unauthorized modifications that could compromise the security of their environments. The part of the Kubernetes control plane users interact with most directly is the API server. It can ingest audit logs generated by the Kubernetes control plane to detect unauthorized or malicious requests to the API. Data-plane processing is related to the basic process of getting data, whether it be input from a system or requests from users, and returning data (output, files. In addition to container security, Falco also provides robust Kubernetes security capabilities. The newest F5 security advisory articles state whether specified vulnerabilities impact the control plane, the data plane, or both. unless otherwise specified, we do not show confidence. ![]() Some types of these controllers are: Node controller: Responsible for noticing and responding when nodes go down. Logically, each controller is a separate process, but to reduce complexity, they are all compiled into a single binary and run in a single process. Falco can also enrich container events with metadata from the operating system, the container runtime and the Kubernetes API, providing users with more context about what's happening in their containers. lay between the control planes rule installation and the data planes ability to forward packets. Control plane component that runs controller processes. By tracking container behaviors and communications with the kernel, with an eBPF probe or a native kernel module, Falco can detect suspicious activities and threats in real-time. Protect containers, Kubernetes and cloud native applicationsīorn "cloud-native", Falco is able to provide advanced container security.
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