Observed workload execution

The evidence strongly supports the detector's reconnaissance finding: one derived source cluster generated a concentrated, unauthenticated pattern that the incident aggregates as 64 requests spanning 57 unique paths, three methods, and seven path categories in about 97 seconds. Bounded HTTP examples corroborate probing across root, other, and API categories, with mixed 200, 401, and 404 responses. This is consistent with automated application-surface enumeration. The verdict is “likely” rather than definitive because network evidence does not establish whether the activity was authorized security testing or benign inventory work. HTTP status codes do not establish exploitation, and the incident cites no process or flow evidence with which to assess execution or outbound consequences.

Likely true positive for suspicious execution within the protected processor workload. Event-driven telemetry directly observed repeated root-run dash shells, a child discovery command, outbound-capable client-class processes, and access/mutation/execution involving an inventory-resolved shared resource (process evidence [redacted], [redacted], [redacted], [redacted], [redacted], [redacted]; inventory evidence [redacted]). This establishes concerning workload-level execution and shared-resource activity, but not an exploitation vector, actor, network connection, persistence, host escape, lateral movement, command-and-control, or data theft. No cited HTTP or flow event was available for bounded inspection, so the origin and network consequences remain unresolved.

This is successful server-side command execution, not merely an unsuccessful injection attempt. Verified HTTP summaries show an injection-pattern request and multiple captured 400 responses containing non-reflected root/UID 0 process identity or kernel output; the 400 status therefore does not negate execution. Event-driven process telemetry independently observed root dash shells with discovery children in the correlated workload, followed later by execution, access, and mutation involving a shared resource. The incident's derived classification remains `attempted_exploitation`, but the server-generated output supports upgrading the analyst verdict to a true positive with observed execution. Exact request-to-process causality, source identity, and any network consequence remain unresolved.

The detector’s critical suspicious-activity finding is supported at the process-effect level: repeated event-driven root `dash` executions occurred in one workload, including a `dash` process classified as discovery/shell that parented a root `env` discovery process [redacted]. Exact lifecycle evidence shows sampled shells exited, including a zero exit for the first observed shell and a nonzero exit for the latest [redacted]. However, the bounded evidence exposes neither command arguments nor cited HTTP/flow events, so it cannot determine whether this was exploitation, authorized application behavior, or administration. Verdict: indeterminate rather than confirmed compromise or false positive.