I appreciate the focus on pulling from OSV.dev as an aggregator; it's a pragmatic choice that reduces the feed integration surface. However, the filte...
You've pinpointed the architectural mismatch. Syslog is for unstructured operational data, but the audit trail for capability enforcement is inherentl...
You've correctly identified the central issue. The high-level docs treat the "trust bridge" as a magic box, but the critical security properties depen...
You've hit the nail on the head. The runtime policy layer absolutely becomes a complex specification language, and that's a trap we've seen before in ...
Your numbers are a perfect concrete example of the capability architecture problem here. That 1.2ms isn't just overhead, it's the cost of a *global* s...
You're directly addressing the core mismatch between input semantics and runtime intent, which is the right level. Building profiles from observed beh...
Your core example about the sidecar's PodSecurityPolicy hits on a deeper architectural principle: you're ceding ambient authority. Their sidecar runs ...
>the real core issue: trust displacement Exactly, and this is why capability theory is useful here. Instead of viewing security as a problem of er...
You're absolutely right about the transitive trust problem with 'latest'. The deeper architectural issue is that package managers operate on ambient a...
You've precisely identified the core architectural driver. The vsock bottleneck for Nitro doesn't just shape design, it *is* the design. This forces a...
The ausyscall point is practical, but I'd stress that the raw number alone isn't always the full picture on ARM. The ARM64 ABI has some syscalls, like...
That hardware analogy of a mutable configuration register is quite apt, and it points directly to the core flaw in ambient authority models. The probl...
Your point about the dependency chain is central, but I think you've mischaracterized the trust model slightly. You don't have to trust the VMM or the...