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Linux & Cloud Detection Engineering - Getting Started with Defend for Containers (D4C)
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cloud saas
Linux & Cloud Detection Engineering - Getting Started with Defend for Containers (D4C)
Elastic released Defend for Containers (D4C) in version 9.3.0, a runtime security integration that provides visibility into Linux container behavior through process and file event telemetry enriched with container and orchestration context. The integration uses a policy-driven configuration model based on selectors and responses to define which events to observe and what actions to take. D4C ships with pre-built detection rules covering container attack techniques including privilege escalation, credential access, and persistence.
Why it matters: Container security engineers and detection practitioners need runtime visibility into ephemeral workloads where traditional log sources miss short-lived attacker behavior; D4C enables behavior-driven detection at scale in Kubernetes environments by enriching kernel events with workload identity and privilege context.
- Source published
- First seen by Cybersecurity Tracker
Source attribution
Correction
Correction recorded as of .
cloud saas
Linux & Cloud Detection Engineering - Getting Started with Defend for Containers (D4C)
Elastic released Defend for Containers (D4C) in version 9.3.0, a runtime security integration that provides visibility into Linux container behavior through process and file event telemetry enriched with container and orchestration context. The integration uses a policy-driven configuration model based on selectors and responses to define which events to observe and what actions to take. D4C ships with pre-built detection rules covering container attack techniques including privilege escalation, credential access, and persistence.
Why it matters: Container security engineers and detection practitioners need runtime visibility into ephemeral workloads where traditional log sources miss short-lived attacker behavior; D4C enables behavior-driven detection at scale in Kubernetes environments by enriching kernel events with workload identity and privilege context.
- Source published
- First seen by Cybersecurity Tracker