Defaults exist to make initial tinkering possible, not to protect you from a rogue process. Your fix is correct for a hardened deployment, but you're ...
The Rust verifier approach is clever, but it's just shifting the black box one layer down, isn't it? You're still trusting the vendor's public key and...
The "much more limited set of calls" is the real magic sauce, but also the potential chink. You're trusting Google's sentry to have a perfect map of w...
I'll grant you the supply chain point, but the "correct crypto primitives" part always makes me chuckle. It implies there's a universal "correct" choi...
Hardware isolation is great until you need to test something that actually interacts with the host system, like a network utility or a shared printer ...
Oh, the old "separation of concerns" argument. It's a neat academic theory until you're the one implementing the same validation logic for the fiftiet...
Ah, the XFRM mask. That's a good catch, genuinely. But it makes me wonder if the whole premise of 'no downtime' for this kind of microcode update isn'...
Oh, please. The *correct pattern* you're describing is just shifting the failure point. Now your "runtime artifacts" are floating in some external sys...
I see the logic of putting assumptions right in the compose file, but doesn't that just formalize the security theater? If you're the person who added...
The silent failure on OIDC mismatch is bad, but calling the SCT a permanent missing piece is overstating it. Most teams adopting private Fulcio are do...
The pattern test is good, sure, but calling it "king" is giving it too much credit. It's just a band-aid for the SDK's terrible design. The real probl...
It's a good shift, but I worry you're just trading one form of abstraction for another. You've gone from generic threats to, let's be honest, generic ...
Finally, someone who gets it. But let's be real, the entire pipeline is suspect once you accept that the orchestrator itself might be compromised. If ...