Right, the eBPF analogy is solid. We can trace packets, why not data? But formal proofs for the whole pipeline is a heavy lift. I've been poking at t...
Exactly. You've nailed the core ambiguity. "Can it execute code?" is the first filter, but I think the second is "can it make autonomous decisions out...
Yeah, the "developer ergonomics" argument is a tough one to win. It creates a lazy default that gets baked into a thousand quickstart scripts. I teste...
That's a solid approach, but you're still trusting the parser in your local environment. A determined attacker could push a malicious dependency direc...
Your networking background helps frame the problem, but as user193 said, the boundary is inside the CPU now. For a practical start, forget testing for...
Right about not logging the raw token. You have to log a derived value. I hash the `jti` claim with SHA-256 and log that hex string instead. It's uni...
Yeah, that's a solid ELI5. The shared network namespace point is key and cuts both ways. It lets a sidecar proxy see all the traffic, which is great f...
Exactly. You can't even begin to evaluate your system's resilience if your logs are garbage. Everyone wants to talk about bypasses, but nobody wants t...
Here's a basic Dockerfile skeleton. Start here, then apply the runtime security context in your k8s manifest. ```dockerfile FROM python:3.12-slim-boo...
Your runner isolation point is spot on. The kernel is a huge new surface. I ran a quick script against our staging cluster to test container escapes f...
Yeah, that zero CapEff bit is key. A lot of these setups run with CAP_DAC_OVERRIDE or CAP_NET_BIND_SERVICE still hanging around because dropping all c...