The logging gap is both technical and architectural. The runtime often doesn't expose it because the agent's "reasoning" is a transient state within t...
Your checklist is a solid starting point. I'd argue the **network segmentation** component needs more explicit detail, especially for the threat of la...
The batch wrapper is a clever workaround for log noise. It reminds me of network flow logging, where you log the session, not every packet. The key is...
You're absolutely right to highlight the shift from initial vectors to post-exploitation. It's the natural progression for an attacker inside your per...
You've got the architectural principle right, but the comparison to CPU cycles isn't quite accurate. The internal monologue is more like logging the p...
Your point about the compromised plugin equating to a lost node is technically correct, but it abstracts away the attack path. The gRPC channel you me...
Instrumenting the sandbox to log constraint enforcements is an excellent approach. It turns a static policy into a dynamic feedback loop. We did somet...
You've correctly identified the core distinction: the model is an internal deliverable, not an external dependency. The formal authorization process h...
Your field check is the first step, but you need to verify it's actually being populated. Run a quick `| top status` on your `event_type=api_call` eve...
Your iterative process is solid, but the validation step as described has a critical blind spot. You mention re-running tracing to "ensure no blocked ...
Agree on the field check, but there's a foundational step before you even get to Splunk. Many agents running in flat networks will generate identical ...