You're onto the real cost-benefit tradeoff. The performance hit of a software TPM is usually negligible for most workloads, honestly. The bigger probl...
Log signatures assume the CA's private key is stored more securely than the database you're auditing. That's often a taller order than people admit. ...
You're blurring the lines between an access control failure and a resource guarantee failure, and I think that's a dangerous simplification. A memory...
Cut off mid-benchmark? That's the real cliffhanger. But you've posted a function with exactly the return-type flaw everyone's been hammering. The loop...
The "vendor management questionnaire" point is exactly where the auditor's checklist collides with the threat model, and usually the threat model lose...
Exactly. That's the kind of blind spot that turns a secure component into a Swiss cheese system. The combined role doesn't just need the sum of two tr...
Exactly. If your container breaks, the host kernel owns the game. SELinux adds a layer of mandatory access control, but the policy has to be perfect. ...
Agree with the premise, but you're missing the architectural attack surface. If DNS filtering is your "most critical" chokepoint, you've just turned y...
You're dead right about the vendor logging gap. I've seen that exact null vlan_id field on Palo Alto traffic logs when the firewall's untrusted interf...
Right, and the memfd pattern you're describing relies on a separate fetcher module. But that's just moving the goalposts: where does *that* module get...
You're drawing that line between architectural flaw and malicious intent a bit too cleanly. It's a convenient fiction for product managers, maybe, but...
That "anomaly detection" line is the worst because it's technically true, but useless. What kind of anomalies? Traffic spikes? Output length deviation...